Zener & TVS Products Short Form Catalog 2013 - 2014 Solid State Devices, Inc. AS9100:2009 Rev. C and ISO 9001:2008 Registered Solid State Devices, Inc. Company Overview Heritage Founded in 1967 and privately held, SSDI has been committed to the high reliability aerospace market for over 40 years. Each member of the technical management team averages over 20 years of industry experience. Leader in High Reliability Semiconductors Power and high voltage discretes and assemblies. SSDI is an ISO 9001:2008 and AS9100:2009 Rev. C facility. Solution Focused SSDI is dedicated to provide unique solutions for obsolescence, reliability, performance, and other custom high reliability applications. Custom Discretes, Modules & Assemblies SSDI leSales by Sector verages a unique offering of discrete components with over 40 years of power and high voltage module experience, providing value added, integrated solutions. 41% Space 54% Deliver Value Quality, reliability, delivery, perforDefense mance, service. Growth and Strength Strong steady growth, capable 5% Hi Rel of doubling current manufacturing and support capacity. Industrial MIL-PRF-19500 / MIL-STD-883 / MIL-STD-750 / MIL-STD-202 / ESA / SCC-5000 / MIL-M-38510 ▪▪ Hermeticity ▪▪ PIND Testing ▪▪ Reverse Energy Transient Test ▪▪ Current Surge Test ▪▪ HTRB ▪▪ Real Time X-Ray ▪▪ Parametric Testing ▪▪ Power Burn-In ▪▪ Power Cycling ▪▪ Thermal Response ▪▪ ESD Modules ▪▪ Corona AC & DC ▪▪ HIPOT AC & DC ▪▪ Performance Test ▪▪ Static & Dynamic ▪▪ Power Cycling ▪▪ Burn-In ▪▪ Real Time X-Ray ▪▪ Insulation Resistance Environmental ▪▪ Temperature Cycling ▪▪ Thermal Shock ▪▪ Humidity ▪▪ High Temp Storage ▪▪ Salt Spray / Atmosphere ▪▪ Moisture Resistance ▪▪ Hot / Cold Temp Bath ▪▪ Barometric Pressure SSDI Advantages ▪▪ Flexible supplier ▪▪ Standard or custom solutions ▪▪ Small quantities welcomed ▪▪ Samples available ▪▪ Broad hermetic packaging capacity ▪▪ Partner on the design, manufacturing, and testing ▪▪ Product availability for the life of the program ▪▪ Solutions for obsolescence and DMS ▪▪ On time delivery of high reliability products Hermetic COTS Power and HV Modules Microelectronics (Hermetic Cavity Devices) SSDI Fabricated Rectifiers & Zeners State of the Art Products ▪▪ ASPDs (Application Specific Power Devices) ▪▪ Axial Leaded & Surface Mount Rectifiers ▪▪ Battery Bypass Modules ▪▪ Bipolar Products ▪▪ Centertaps & Bridges ▪▪ Custom Products (per customer requirements) ▪▪ DC-DC Converters ▪▪ High Voltage Rectifiers & Testing / Qualification Capabilities Components Product Centers Outside Processing ▪▪ Hermeticity ▪▪ Vibration ▪▪ Shock ▪▪ Acceleration ▪▪ RGA ▪▪ Radiography ▪▪ Radiation Testing ▪▪ SEM / WLAT ▪▪ RF Testing Assemblies ▪▪ IGBTs ▪▪ MOSFETs / JFETs ▪▪ Power Hybrids ▪▪ Power Modules ▪▪ Rectifiers ▪▪ Schottkys and Schottky Assemblies ▪▪ Silicon Carbide Schottky Rectifiers (SiC) ▪▪ Small Signal Transistors ▪▪ Thyristors / SCRs ▪▪ TVS and Zener Assemblies ▪▪ Voltage Regulators ▪▪ Zeners Obsolete & DMS Support ▪▪ Bipolar Transistors ▪▪ Darlingtons ▪▪ Linear Voltage Regulators ▪▪ PUTs ▪▪ Rectifiers ▪▪ Reverse Engineering ▪▪ RF Products ▪▪ SCRs ▪▪ TVS ▪▪ UJTs ▪▪ Zeners Notes: Minimum order may apply. Most products available in die form. For additional information and data sheets: 14701 Firestone Blvd. La Mirada, CA 90638 | (562) 404-4474 | FAX (562) 404-1773 | [email protected] | www.ssdi-power.com 2 Zeners & TVS Products Table of Contents Zeners* TVS*(cont.) 250 mW........................................................................ 4 500 W..........................................................................69 400 mW........................................................................ 6 1,000 W.......................................................................71 500 mW........................................................................ 9 1,500 W.......................................................................73 800 mW...................................................................... 20 3,000 W.......................................................................78 1 W............................................................................. 22 5,000 W.......................................................................79 1.5 W.......................................................................... 26 15,000 W.....................................................................84 3 W............................................................................. 33 60,000 W.....................................................................86 3.5 W.......................................................................... 39 120,000 W...................................................................88 4 W............................................................................. 40 Space Level Capabilities 5 W............................................................................. 43 JANS Certification.......................................................89 6 W............................................................................. 51 Space Qualified Products / Button Tab Products..........90 8 W............................................................................. 53 Cross Reference Guide 10 W........................................................................... 55 Cross Reference Index.................................................91 50 W........................................................................... 61 Hermetic Packages LVA Zeners* Examples of Hermetic Packages................................102 400 mW...................................................................... 64 High Reliability Screening 500 mW...................................................................... 65 Screening Overview...................................................103 TVS* Sales Representatives 150 W..........................................................................66 Contact Information........................................back cover *TX, TXV, and S-level screening available. Screening based on MIL-PRF-19500. Screening flows available on request. The information in this book has been carefully checked and is believed to be accurate; however, no responsibility is assumed for errors or omissions. Solid State Devices, Inc. reserves the right to make changes without further notice to any product herein. Solid State Devices, Inc. does not assume liability arising out of the application or use of any product or circuit described herein; neither does it convey any license under its patent rights nor the rights of others. ™ Solid State Devices, Inc. and are registered trademarks of Solid State Devices, Inc. Solid State Devices, Inc. is an Equal Opportunity/Affirmative Action Employer. Warnings Due to technical requirements, components may contain dangerous substances. For information on the types in question, please contact SSDI. SSDI components may only be used in life-support devices or systems with the express written approval of SSDI. Failure of such components can be reasonably expected to cause the failure of that life-support device or system, or to affect the safety or effectiveness of that device or system. Life support devices or systems are intentionally implanted in the human body or used to support and/or maintain and/or protect human life. If they fail, it is reasonable to assume that the health of the user or other persons may be endangered. Zeners & TVS Products 2013-2014 Version 4.1 - Entire contents copyright © 2013 Solid State Devices, Inc. All Rights Reserved. No part of this catalog may be reproduced, transmitted, rewritten, scanned, stored mechanically or electronically, translated into other languages, or adapted for any use without the express written permission of Solid State Devices, Inc. Zener & TVS Products 3 250 mW Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Part Number All parts are available with ±1% or ±2% Tolerances Industry Part Number Nominal Zener Voltage1 Zener Test Current Maximum Dynamic Impedance2 VZ IZT ZZT IR ±10% ±5% V mA Ohms µA V VR Maximum Ratings Temperature Coefficient (Typical) Current Surge TC@IZT IZM IZSM V %/°C mA A Axial Maximum Reverse Leakage Current VR Package3 ±10% ±5% SZ25A2.4 SZ25B2.4 - 2.4 10 30 100 0.95 1 Note 4 95 Note 4 SZ25A2.7 SZ25B2.7 - 2.7 10 30 75 0.95 1 Note 4 90 Note 4 Axial SZ25A3.0 SZ25B3.0 - 3 10 30 50 0.95 1 Note 4 85 Note 4 Axial SZ25A3.3 SZ25B3.3 - 3.3 10 28 25 0.95 1 Note 4 80 Note 4 Axial SZ25A3.6 SZ25B3.6 - 3.6 10 24 15 0.95 1 Note 4 75 Note 4 Axial SZ25A3.9 SZ25B3.9 - 3.9 10 23 10 0.95 1 Note 4 70 Note 4 Axial SZ25A4.3 SZ25B4.3 - 4.3 10 22 5 0.95 1 Note 4 65 Note 4 Axial SZ25A4.7 SZ25B4.7 - 4.7 10 20 5 1.9 2 Note 4 60 Note 4 Axial SZ25A5.1 SZ25B5.1 - 5.1 10 18 5 1.9 2 Note 4 55 Note 4 Axial SZ25A5.6 SZ25B5.6 - 5.6 5 14 5 2.9 3 Note 4 50 Note 4 Axial SZ25A6.2 SZ25B6.2 - 6.2 5 10 5 3.8 4 Note 4 45 Note 4 Axial - 1N3496 1N3496 6.2 7.5 15 Note 4 Note 4 Note 4 +/- 0.005 Note 4 Note 4 DO-35, DO-7 - 1N3497 1N3497 6.2 7.5 15 Note 4 Note 4 Note 4 +/- 0.002 Note 4 Note 4 DO-35, DO-7 - 1N3498 1N3498 6.2 7.5 15 Note 4 Note 4 Note 4 +/- 0.001 Note 4 Note 4 DO-35, DO-7 - 1N3499 1N3499 6.2 7.5 15 Note 4 Note 4 Note 4 +/- 0.0005 Note 4 Note 4 DO-35, DO-7 - 1N3500 1N3500 6.2 7.5 15 Note 4 Note 4 Note 4 +/- 0.01 Note 4 Note 4 DO-35, DO-7 SZ25A6.8 SZ25B6.8 - 6.8 5 8 3 4.8 5 Note 4 35 Note 4 Axial SZ25A7.5 SZ25B7.5 - 7.5 5 10 3 5.7 6 Note 4 31.8 Note 4 Axial SZ25A8.2 SZ25B8.2 - 8.2 5 12 3 6.2 6.5 Note 4 29 Note 4 Axial SZ25A8.7 SZ25B8.7 - 8.7 5 14 3 6.2 6.5 Note 4 27.4 Note 4 Axial SZ25A9.1 SZ25B9.1 - 9.1 5 16 3 6.7 7 Note 4 26.2 Note 4 Axial SZ25A10 SZ25B10 - 10 5 18 3 7.6 8 Note 4 24.8 Note 4 Axial SZ25A11 SZ25B11 - 11 5 24 2 8 8.4 Note 4 21.6 Note 4 Axial SZ25A12 SZ25B12 - 12 5 32 1 8.7 9.1 Note 4 20.4 Note 4 Axial SZ25A13 SZ25B13 - 13 5 36 0.5 9.4 9.9 Note 4 19 Note 4 Axial SZ25A14 SZ25B14 - 14 5 40 0.1 9.5 10 Note 4 17.5 Note 4 Axial SZ25A15 SZ25B15 - 15 2 126 0.1 10.5 11 Note 4 16.3 Note 4 Axial SZ25A16 SZ25B16 - 16 2 128 0.1 11.4 12 Note 4 15.4 Note 4 Axial SZ25A17 SZ25B17 - 17 2 130 0.1 12.4 13 Note 4 14.5 Note 4 Axial SZ25A18 SZ25B18 - 18 2 132 0.1 13.3 14 Note 4 13.2 Note 4 Axial SZ25A19 SZ25B19 - 19 2 134 0.1 13.3 14 Note 4 12.5 Note 4 Axial SZ25A20 SZ25B20 - 20 2 136 0.1 14.3 15 Note 4 11.9 Note 4 Axial SZ25A22 SZ25B22 - 22 2 138 0.1 16.2 17 Note 4 10.8 Note 4 Axial SZ25A24 SZ25B24 - 24 2 140 0.1 17.1 18 Note 4 9.9 Note 4 Axial SZ25A25 SZ25B25 - 25 2 142 0.1 18.1 19 Note 4 9.5 Note 4 Axial SZ25A27 SZ25B27 - 27 2 144 0.1 20 21 Note 4 8.8 Note 4 Axial SZ25A28 SZ25B28 - 28 2 146 0.1 20 21 Note 4 8.5 Note 4 Axial SZ25A30 SZ25B30 - 30 2 150 0.1 22 23 Note 4 7.9 Note 4 Axial NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the AC voltage divided by the AC current with RMS value of 10% of DC zener test current superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded. 4. Consult factory for values and more information. 4 Zeners & TVS Products TX, TXV, and S-Level Screening Available 250 mW Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Part Number Industry Part Number All parts are available with ±1% or ±2% Tolerances Nominal Zener Voltage1 Zener Test Current Maximum Dynamic Impedance2 VZ IZT ZZT IR ±10% ±5% V mA Ohms µA V VR Maximum Ratings Temperature Coefficient (Typical) Current Surge TC@IZT IZM IZSM V %/°C mA A Axial Maximum Reverse Leakage Current VR Package3 ±10% ±5% SZ25A33 SZ25B33 - 33 2 155 0.1 24 25 Note 4 7.2 Note 4 SZ25A36 SZ25B36 - 36 2 160 0.1 26 27 Note 4 6.6 Note 4 Axial SZ25A39 SZ25B39 - 39 2 165 0.1 29 30 Note 4 6.1 Note 4 Axial SZ25A43 SZ25B43 - 43 2 170 0.1 31 33 Note 4 5.5 Note 4 Axial SZ25A2.4 - SZ25A43 Series Data Sheet Z00001 250 mW Axial Leaded 400 mW Surface Mount Round Tab (SM) and Surface Mount Square Tab (SMS) Axial 250 mW Features: ▪▪ Hermetically sealed in glass ▪▪ Available in 10% and 5% tolerances for other voltage tolerances, contact factory ▪▪ TX, TXV, and Space level screening available SM 400 mW ØD Axial5 DIM MIN MAX A .060” .090” B .120” .200” C 1.00” --- D .018” .022” ØA C DIM MIN MAX A .057” .067” B .130” .146” C .010” .022” ØA B C DIM MIN MAX A .070” .078” B .175” .210” .023” .027” C D Body to Tab Clearance: .001” SMS5 D C B C SM5 D SMS 400 mW Body to Tab Clearance: .001” A A D B NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the AC voltage divided by the AC current with RMS value of 10% of DC zener test current superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded. 4. Consult factory for values and more information. 5. All dimensions are prior to soldering. TX, TXV, and S-Level Screening Available Zener & TVS Products 5 400 mW Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Part Number All parts are available with ±1% or ±2% Tolerances ±10% ±5% Industry Part Number Nominal Zener Voltage1 Zener Test Current Maximum Dynamic Impedance2 VZ IZT ZZT IR ±10% ±5% V mA Ohms µA V VR Maximum Ratings Temperature Coefficient (Typical)5 Current Surge6 TC@IZT IZM IZSM V %/°C mA A SM, SMS Maximum Reverse Leakage Current VR Package3 SZ25A2.4 SZ25B2.4 - 2.4 10 30 100 0.95 1 Note 4 142.5 Note 4 SZ25A2.7 SZ25B2.7 - 2.7 10 30 75 0.95 1 Note 4 135 Note 4 SM, SMS SZ25A3.0 SZ25B3.0 - 3 10 30 50 0.95 1 Note 4 127.5 Note 4 SM, SMS SZ25A3.3 SZ25B3.3 - 3.3 10 28 25 0.95 1 Note 4 120 Note 4 SM, SMS - 1N3506 1N3506 3.3 20 24 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 - 1N3507 1N3507 3.6 20 22 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 SZ25A3.6 SZ25B3.6 - 3.6 10 24 15 0.95 1 Note 4 112.5 Note 4 SM, SMS - 1N3508 1N3508 3.9 20 20 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 SZ25A3.9 SZ25B3.9 - 3.9 10 23 10 0.95 1 Note 4 105 Note 4 SM, SMS - 1N3509 1N3509 4.3 20 18 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 SZ25A4.3 SZ25B4.3 - 4.3 10 22 5 0.95 1 Note 4 97.5 Note 4 SM, SMS - 1N3510 1N3510 4.7 20 16 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 SZ25A4.7 SZ25B4.7 - 4.7 10 20 5 1.9 2 Note 4 90 Note 4 SM, SMS - 1N3511 1N3511 5.1 20 14 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 SZ25A5.1 SZ25B5.1 - 5.1 10 18 5 1.9 2 Note 4 82.5 Note 4 SM, SMS - 1N3512 1N3512 5.6 20 8 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 SZ25A5.6 SZ25B5.6 - 5.6 5 14 5 2.9 3 Note 4 75 Note 4 SM, SMS Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 - 1N3513 1N3513 6.2 20 3 Note 4 SZ25A6.2 SZ25B6.2 - 6.2 5 10 5 3.8 4 Note 4 67.5 Note 4 SM, SMS SZ25A6.8 SZ25B6.8 - 6.8 5 8 3 4.8 5 Note 4 52.5 Note 4 SM, SMS 1N957A 1N957B - 6.8 18.5 4.5 150 5.2 5.2 +0.05 55 0.3 DO-7 - 1N3514 1N3514 6.8 20 3 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 SZ25A7.5 SZ25B7.5 - 7.5 5 10 3 5.7 6 Note 4 47.7 Note 4 SM, SMS - 1N3515 1N3515 7.5 10 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 1N958A 1N958B - 7.5 16.5 5.5 75 5.7 5.7 +0.058 50 0.275 DO-7 SZ25A8.2 SZ25B8.2 - 8.2 5 12 3 6.2 6.5 Note 4 43.5 Note 4 SM, SMS - 1N3516 1N3516 8.2 10 5 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 1N959A 1N959B - 8.2 15 6.5 50 6.2 6.2 +0.065 45 0.25 DO-7 SZ25A8.7 SZ25B8.7 - 8.7 5 14 3 6.2 6.5 Note 4 41.1 Note 4 SM, SMS SZ25A9.1 SZ25B9.1 - 9.1 5 16 3 6.7 7 Note 4 39.3 Note 4 SM, SMS - 1N3517 1N3517 9.1 10 6 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 1N960A 1N960B - 9.1 14 7.5 25 6.9 6.9 +0.068 41 0.225 DO-7 SZ25A10 SZ25B10 - 10 5 18 3 7.6 8 Note 4 37.2 Note 4 SM, SMS - 1N3518 1N3518 10 10 7 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 1N961A 1N961B - 10 12.5 8.5 10 7.6 7.6 +0.075 38 0.2 DO-7 1N962A 1N962B - 11 11.5 9.5 5 8.4 8.4 +0.076 32 0.175 DO-7 NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: SM = Surface Mount Round Tab (MELF) and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. 6 Zeners & TVS Products TX, TXV, and S-Level Screening Available 400 mW Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number All parts are available with ±1% or ±2% Tolerances Industry Part Number Nominal Zener Voltage1 Zener Test Current Maximum Dynamic Impedance2 VZ IZT ZZT IR ±10% ±5% V mA Ohms µA V VR Maximum Ratings Temperature Coefficient (Typical)5 Current Surge6 TC@IZT IZM IZSM V %/°C mA A SM, SMS Maximum Reverse Leakage Current VR Package3 ±10% ±5% SZ25A11 SZ25B11 - 11 5 24 2 8 8.4 Note 4 32.4 Note 4 - 1N3519 1N3519 11 10 8 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 SZ25A12 SZ25B12 - 12 5 32 1 8.7 9.1 Note 4 30.6 Note 4 SM, SMS 1N963A 1N963B - 12 10.5 11.5 5 9.1 9.1 +0.077 31 0.16 DO-7 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 9.9 9.9 +0.079 28 0.15 DO-7 - 1N3520 1N3520 12 10 10 Note 4 1N964A 1N964B - 13 9.5 13 5 SZ25A13 SZ25B13 - 13 5 36 0.5 9.4 9.9 Note 4 28.5 Note 4 SM, SMS - 1N3521 1N3521 13 5 12 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 SZ25A14 SZ25B14 - 14 5 40 0.1 9.5 10 Note 4 26.25 Note 4 SM, SMS SZ25A15 SZ25B15 - 15 2 126 0.1 10.5 11 Note 4 24.45 Note 4 SM, SMS 1N965A 1N965B - 15 8.5 16 5 11.4 11.4 +0.082 25 0.13 DO-7 - 1N3522 1N3522 15 5 14 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 SZ25A16 SZ25B16 - 16 2 128 0.1 11.4 12 Note 4 23.1 Note 4 SM, SMS - 1N3523 1N3523 16 5 16 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 1N966A 1N966B - 16 7.8 17 5 12.2 12.2 +0.083 24 0.12 DO-7 SZ25A17 SZ25B17 - 17 2 130 0.1 12.4 13 Note 4 21.75 Note 4 SM, SMS SZ25A18 SZ25B18 - 18 2 132 0.1 13.3 14 Note 4 19.8 Note 4 SM, SMS 1N967A 1N967B - 18 7 21 5 13.7 13.7 +0.085 20 0.11 DO-7 - 1N3524 1N3524 18 5 18 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 SZ25A19 SZ25B19 - 19 2 134 0.1 13.3 14 Note 4 18.75 Note 4 SM, SMS SZ25A20 SZ25B20 - 20 2 136 0.1 14.3 15 Note 4 17.85 Note 4 SM, SMS 1N968A 1N968B - 20 6.2 25 5 15.2 15.2 +0.086 18 0.10 DO-7 - 1N3525 1N3525 20 5 20 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 1N969A 1N969B 22 5.6 29 5 16.7 16.7 +0.087 16 0.09 DO-7 SZ25A22 SZ25B22 - 22 2 138 0.1 16.2 17 Note 4 16.2 Note 4 SM, SMS - 1N3526 1N3526 22 5 35 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 SZ25A24 SZ25B24 - 24 2 140 0.1 17.1 18 Note 4 14.85 Note 4 SM, SMS 1N970A 1N970B - 24 5.2 33 5 18.2 18.2 +0.088 15 0.08 DO-7 - 1N3527 1N3527 24 5 38 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 SZ25A25 SZ25B25 - 25 2 142 0.1 18.1 19 Note 4 14.25 Note 4 SM, SMS 1N971A 1N971B - 27 4.6 41 5 20.6 20.6 +0.09 13 0.07 DO-7 SZ25A27 SZ25B27 - 27 2 144 0.1 20 21 Note 4 13.2 Note 4 SM, SMS - 1N3528 1N3528 27 4 40 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 SZ25A28 SZ25B28 - 28 2 146 0.1 20 21 Note 4 12.75 Note 4 SM, SMS SZ25A30 SZ25B30 - 30 2 150 0.1 22 23 Note 4 11.85 Note 4 SM, SMS 1N972A 1N972B - 30 4.2 49 5 22.8 22.8 +0.091 12 0.065 DO-7 NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: SM = Surface Mount Round Tab (MELF) and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. TX, TXV, and S-Level Screening Available Zener & TVS Products 7 400 mW Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Part Number All parts are available with ±1% or ±2% Tolerances ±10% ±5% Industry Part Number Maximum Ratings Nominal Zener Voltage1 Zener Test Current Maximum Dynamic Impedance2 VZ IZT ZZT V mA Ohms µA V V %/°C mA A Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 24 25 Note 4 10.8 Note 4 SM, SMS Maximum Reverse Leakage Current IR VR ±10% VR ±5% Temperature Coefficient (Typical)5 Current Surge6 TC@IZT IZM IZSM Package3 - 1N3529 1N3529 30 4 48 Note 4 SZ25A33 SZ25B33 - 33 2 155 0.1 1N973A 1N973B - 33 3.8 58 5 25.1 25.1 +0.092 11 0.06 DO-7 - 1N3530 1N3530 33 3 50 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 SZ25A36 SZ25B36 - 36 2 160 0.1 26 27 Note 4 9.9 Note 4 SM, SMS 1N974A 1N974B - 36 3.4 70 5 27.4 27.4 +0.093 10 0.055 DO-7 - 1N3531 1N3531 36 3 75 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 SZ25A39 SZ25B39 - 39 2 165 0.1 29 30 Note 4 9.15 Note 4 SM, SMS 1N975A 1N975B - 39 3.2 80 5 29.7 29.7 +0.094 9.5 0.046 DO-7 - 1N3532 1N3532 39 3 100 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 SZ25A43 SZ25B43 - 43 2 170 0.1 31 33 Note 4 8.25 Note 4 SM, SMS 1N976A 1N976B - 43 3 93 5 32.7 32.7 +0.095 8.8 0.044 DO-7 - 1N3533 1N3533 43 2 130 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 1N977A 1N977B - 47 2.7 105 5 35.8 35.8 +0.095 7.9 0.04 DO-7 - 1N3534 1N3534 47 2 150 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-35, DO-7 1N978A 1N978B - 51 2.5 125 5 38.8 38.8 +0.096 7.4 0.037 DO-7 1N979A 1N979B - 56 2.2 150 5 42.6 42.6 +0.096 6.8 0.035 DO-7 1N980A 1N980B - 62 2 185 5 47.1 47.1 +0.097 6 0.03 DO-7 1N981A 1N981B - 68 1.8 230 5 51.7 51.7 +0.097 5.5 0.028 DO-7 1N982A 1N982B - 75 1.7 270 5 56 56 +0.098 5 0.026 DO-7 1N983A 1N983B - 82 1.5 330 5 62.2 62.2 +0.098 4.6 0.023 DO-7 1N984A 1N984B - 91 1.4 400 5 69.2 69.2 +0.099 4.1 0.021 DO-7 1N985A 1N985B - 100 1.3 500 5 76 76 +0.11 3.7 0.018 DO-7 1N986A 1N986B - 110 1.1 750 5 83.6 83.6 +0.11 3.3 0.016 DO-7 1N987A 1N987B - 120 1 900 5 91.2 91.2 +0.11 3.1 0.015 DO-7 1N988A 1N988B - 130 0.95 1100 5 98.8 98.8 +0.11 2.7 0.013 DO-7 1N989A 1N989B - 150 0.85 1500 5 114 114 +0.11 2.4 0.012 DO-7 1N990A 1N990B - 160 0.8 1700 5 121.6 121.6 +0.11 2.2 0.011 DO-7 1N991A 1N991B - 180 0.68 2200 5 136.8 136.8 +0.11 2 0.010 DO-7 NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: SM = Surface Mount Round Tab (MELF) and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. 8 Zeners & TVS Products TX, TXV, and S-Level Screening Available 500 mW Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Industry Part Number Part Number ±10% ±5% ±2% Nom. Zener Volt.1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK@ 250µA Ohms Maximum Reverse Leakage Current VR VR VR Maximum Ratings Temp. Coeff. (Typ.)5 Current Surge6 IZM IZSM A IR ±10% ±5% ±2% TC@IZT µA V V V %/°C mA Package3 - 1N4614-1 1N4614C-1 1N4614-1 1.8 0.25 1200 Note 4 3.5 - 1 1 -0.075 120 1.6 DO-35, DO-213AA (UR) - 1N4678-1 - 1N4678-1 1.8 0.05 Note 4 Note 4 7.5 - 1 - Note 4 120 Note 4 DO-35, DO-213AA (UR) - 1N4615-1 1N4615C-1 1N4615-1 2 0.25 1250 Note 4 2.5 - 1 1 -0.075 110 1.5 DO-35, DO-213AA (UR) - 1N4679-1 - 1N4679-1 2 0.05 Note 4 Note 4 5 - 1 - Note 4 110 Note 4 DO-35, DO-213AA (UR) - 1N4616-1 1N4616C-1 1N4616-1 2.2 0.25 1300 Note 4 2 - 1 1 -0.075 100 1.35 DO-35, DO-213AA (UR) - 1N4680-1 - 1N4680-1 2.2 0.05 Note 4 Note 4 4 - 1 - Note 4 100 Note 4 DO-35, DO-213AA (UR) - 1N4617-1 1N4617C-1 1N4617-1 2.4 0.25 1400 Note 4 1 - 1 1 -0.075 95 1.25 DO-35, DO-213AA (UR) - 1N4681-1 - 1N4681-1 2.4 0.05 Note 4 Note 4 2 - 1 - Note 4 95 Note 4 DO-35, DO-213AA (UR) 1N4370-1 1N4370A-1 1N4370C-1 1N4370-1 2.4 20 30 Note 4 100 Note 4 1 1 Note 4 155 Note 4 DO-35, DO-213AA (UR) - SZN6309 SZN6309C 1N6309 2.4 20 30 1200 100 Note 4 1 Note 4 -0.085 177 2.5 Axial, SMS - 1N6309 1N6309C 1N6309 2.4 20 30 1200 100 - 1 1 -0.085 177 2.5 DO-35, D-5D SZ5A2.4 SZ5B2.4 SZ5C2.4 - 2.4 20 30 1200 100 0.95 1 1.03 -0.085 198 Note 4 Axial SZ5A2.5 SZ5B2.5 SZ5C2.5 - 2.5 20 30 1250 100 0.95 1 1.03 -0.085 182 Note 4 Axial - 1N4618-1 1N4618C-1 1N4618-1 2.7 0.25 1500 Note 4 0.5 Note 4 1 1 -0.075 90 1.1 DO-35, DO-213AA (UR) - 1N4682-1 - - 2.7 0.05 Note 4 Note 4 1 Note 4 1 - Note 4 90 Note 4 DO-35, DO-213AA (UR) 1N4371-1 1N4371A-1 1N4371C-1 1N4371-1 2.7 20 30 Note 4 60 Note 4 1 1 Note 4 140 Note 4 DO-35, DO-213AA (UR) - SZN6310 SZN6310C 1N6310 2.7 20 30 1300 60 Note 4 1 Note 4 -0.08 157 2.2 Axial, SMS - 1N6310 1N6310C 1N6310 2.7 20 30 1300 60 Note 4 1 1 -0.08 157 2.2 DO-35, D-5D SZ5A2.7 SZ5B2.7 SZ5C2.7 - 2.7 20 30 1300 75 0.95 1 1.03 -0.08 168 Note 4 Axial SZ5A2.8 SZ5B2.8 SZ5C2.8 - 2.8 20 30 1400 75 0.95 1 1.03 -0.08 162 Note 4 Axial - 1N4683-1 - 1N4683-1 3 0.05 Note 4 Note 4 0.8 Note 4 1 - Note 4 85 Note 4 DO-35, DO-213AA (UR) - 1N4619-1 1N4619C-1 1N4619-1 3 0.25 1600 Note 4 0.4 Note 4 1 1 -0.075 87 1.025 DO-35, DO-213AA (UR) 1N4372-1 1N4372A-1 1N4372C-1 1N4372-1 3 20 29 Note 4 30 Note 4 1 1 Note 4 125 Note 4 DO-35, DO-213AA (UR) - SZN6311 SZN6311C 1N6311 3 20 29 1400 30 Note 4 1 Note 4 -0.075 141 2 Axial, SMS - 1N6311 1N6311C 1N6311 3 20 29 1400 30 Note 4 1 1 -0.075 141 2 DO-35, D-5D SZ5A3 SZ5B3 SZ5C3 - 3 20 29 1600 50 0.95 1 1.03 -0.075 152 Note 4 Axial - 1N4684-1 - 1N4684-1 3.3 0.05 Note 4 Note 4 7.5 Note 4 1.5 - Note 4 80 Note 4 DO-35, DO-213AA (UR) - 1N4620-1 1N4620C-1 1N4620-1 3.3 0.25 1650 Note 4 3.5 Note 4 1.5 1.5 -0.075 85 0.95 DO-35, DO-213AA (UR) - 1N5518B-1 1N5518C-1 1N5518-1 3.3 20 26 Note 4 5 Note 4 1 1 -0.07 115 1.6 DO-35, DO-213AA (UR) 1N746-1 1N746A-1 1N746C-1 1N746-1 3.3 20 24 Note 4 5 Note 4 1 1 Note 4 120 Note 4 DO-35, DO-213AA (UR) - 1N6312 1N6312C 1N6312 3.3 20 27 1400 5 Note 4 1 1 -0.07 128 1.8 DO-35, D-5D - SZN6312 SZN6312C 1N6312 3.3 20 27 1400 5 Note 4 1 Note 4 -0.07 128 1.8 Axial, SMS SZ5A3.3 SZ5B3.3 SZ5C3.3 - 3.3 20 28 1600 25 0.95 1 1.03 -0.07 138 Note 4 Axial - 1N4685-1 - 1N4685-1 3.6 0.05 Note 4 Note 4 7.5 Note 4 2 - Note 4 75 Note 4 DO-35, DO-213AA (UR) - 1N4621-1 1N4621C-1 1N4621-1 3.6 0.25 1700 Note 4 3.5 Note 4 2 2 -0.065 83 0.875 DO-35, DO-213AA (UR) - 1N5519B-1 1N5519C-1 1N5519-1 3.6 20 24 Note 4 3 Note 4 1 1 -0.065 105 1.5 DO-35, DO-213AA (UR) NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. TX, TXV, and S-Level Screening Available Zener & TVS Products 9 500 mW Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Industry Part Number Part Number Nom. Zener Volt.1 Zener Test Current VZ IZT V mA ±10% ±5% ±2% 1N747-1 1N747A-1 1N747C-1 1N747-1 3.6 20 - 1N6313 1N6313C 1N6313 3.6 20 Maximum Dynamic Impedance2 ZZT ZZK@ 250µA Ohms Maximum Reverse Leakage Current IR VR VR VR ±10% ±5% ±2% Maximum Ratings Temp. Coeff. (Typ.)5 Current Surge6 TC@IZT IZM IZSM Package3 µA V V V %/°C mA A 22 Note 4 3 Note 4 1 1 Note 4 110 Note 4 DO-35, DO-213AA (UR) 25 1400 3 Note 4 1 1 -0.065 117 1.65 DO-35, D-5D - SZN6313 SZN6313C 1N6313 3.6 20 25 1400 3 Note 4 1 Note 4 -0.065 117 1.65 Axial SZ5A3.6 SZ5B3.6 SZ5C3.6 - 3.6 20 24 1700 15 0.95 1 1.03 -0.065 126 Note 4 Axial - 1N4686-1 - 1N4686-1 3.9 0.05 Note 4 Note 4 5 Note 4 2 - Note 4 70 Note 4 DO-35, DO-213AA (UR) - 1N4622-1 1N4622C-1 1N4622-1 3.9 0.25 1650 Note 4 2.5 Note 4 2 2 -0.06 80 0.825 DO-35, DO-213AA (UR) - 1N5520B-1 1N5520C-1 1N5520-1 3.9 20 22 Note 4 1 Note 4 1 1 -0.06 98 1.25 DO-35, DO-213AA (UR) 1N748-1 1N748A-1 1N748C-1 1N748-1 3.9 20 20 Note 4 2 Note 4 1 1 Note 4 100 Note 4 DO-35, DO-213AA (UR) - SZN6314 SZN6314C 1N6314 3.9 20 23 1700 2 Note 4 1 Note 4 -0.06 108 1.5 Axial, SMS - 1N6314 1N6314C 1N6314 3.9 20 23 1700 2 Note 4 1 1 -0.06 108 1.5 DO-35, D-5D SZ5A3.9 SZ5B3.9 SZ5C3.9 - 3.9 20 23 1900 10 0.95 1 1.03 -0.06 117 Note 4 Axial - 1N4687-1 - 1N4687-1 4.3 0.05 Note 4 Note 4 4 Note 4 2 - Note 4 65 Note 4 DO-35, DO-213AA (UR) - 1N4623-1 1N4623C-1 1N4623-1 4.3 0.25 1600 Note 4 2 Note 4 2 2 -0.05 77 0.8 DO-35, DO-213AA (UR) 88 1.1 DO-35, DO-213AA (UR) - 1N5521B-1 1N5521C-1 1N5521-1 4.3 20 18 Note 4 3 Note 4 1.5 1.5 -0.055, +0.020 1N749-1 1N749A-1 1N749C-1 1N749-1 4.3 20 18 Note 4 2 Note 4 1 1 Note 4 90 Note 4 DO-35, DO-213AA (UR) - SZN6315 SZN6315C 1N6315 4.3 20 20 1700 2 Note 4 1 Note 4 -.045, +.020 99 1.4 Axial, SMS - 1N6315 1N6315C 1N6315 4.3 20 20 1700 2 Note 4 1 1 -0.045, +0.020 99 1.4 DO-35, D-5D SZ5A4.3 SZ5B4.3 SZ5C4.3 - 4.3 20 22 2000 5 0.95 1 1.03 0.055 106 Note 4 Axial - 1N4688-1 - 1N4688-1 4.7 0.05 Note 4 Note 4 10 Note 4 3 - Note 4 60 Note 4 DO-35, DO-213AA (UR) - 1N4624-1 1N4624C-1 1N4624-1 4.7 0.25 1550 Note 4 5 Note 4 3 3 -0.05, +0.02 75 0.75 DO-35, DO-213AA (UR) - 1N5522B-1 1N5522C-1 1N5522-1 4.7 10 22 Note 4 2 Note 4 2 2 -0.043, +0.025 81 0.95 DO-35, DO-213AA (UR) 1N750-1 1N750A-1 1N750C-1 1N750-1 4.7 20 15 Note 4 5 Note 4 1.5 1.5 Note 4 85 Note 4 DO-35, DO-213AA (UR) 90 1.27 Axial, SMS - SZN6316 SZN6316C 1N6316 4.7 20 17 1500 5 Note 4 1.5 Note 4 -0.028, +0.032 - 1N6316 1N6316C 1N6316 4.7 20 17 1500 5 Note 4 1.5 1.5 -0.028, +0.032 90 1.27 DO-35, D-5D SZ5A4.7 SZ5B4.7 SZ5C4.7 - 4.7 20 19 1900 5 1.9 2 2.06 +0.03 97 Note 4 Axial - 1N4689-1 - 1N4689-1 5.1 0.05 Note 4 Note 4 10 Note 4 3 - Note 4 55 Note 4 DO-35, DO-213AA (UR) 70 0.725 DO-35, DO-213AA (UR) - 1N4625-1 1N4625C-1 1N4625-1 5.1 0.25 1500 Note 4 5 Note 4 3 3 -0.045, +0.03 1N751-1 1N751A-1 1N751C-1 1N751-1 5.1 20 14 Note 4 5 Note 4 2 2 Note 4 75 Note 4 DO-35, DO-213AA (UR) - 1N5523B-1 1N5523B-1 1N5523-1 5.1 5 26 Note 4 2 Note 4 2.5 2.5 -0.030, +0.030 75 0.75 DO-35, DO-213AA (UR) - SZN6317 SZN6317C 1N6317 5.1 20 14 1300 5 Note 4 2 Note 4 -0.020, +0.035 83 1.17 Axial, SMS NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. 10 Zeners & TVS Products TX, TXV, and S-Level Screening Available 500 mW Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Industry Part Number Part Number Nom. Zener Volt.1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK@ 250µA Ohms Maximum Reverse Leakage Current VR VR VR Maximum Ratings Temp. Coeff. (Typ.)5 Current Surge6 IZM IZSM IR ±10% ±5% ±2% TC@IZT µA V V V %/°C mA A Package3 ±10% ±5% ±2% - 1N6317 1N6317C 1N6317 5.1 20 14 1300 5 Note 4 2 2 -0.020, +0.035 83 1.17 DO-35, D-5D SZ5A5.1 SZ5B5.1 SZ5C5.1 - 5.1 20 17 1600 5 1.9 2 2.06 +0.03 89 Note 4 Axial - 1N4690-1 - 1N4690-1 5.6 0.05 Note 4 Note 4 10 Note 4 4 - Note 4 50 Note 4 DO-35, DO-213AA (UR) - 1N4626-1 1N4626C-1 1N4626-1 5.6 0.25 1400 Note 4 5 Note 4 4 4 -0.02, +0.04 65 0.7 DO-35, DO-213AA (UR) - 1N5524B-1 1N5524C-1 1N5524-1 5.6 3 30 Note 4 2 Note 4 3.5 3.5 -0.030, +0.045 68 0.7 DO-35, DO-213AA (UR) 1N752-1 1N752A-1 1N752C-1 1N752-1 5.6 20 8 Note 4 5 Note 4 2.5 2.5 Note 4 70 Note 4 DO-35, DO-213AA (UR) - SZN6318 SZN6318C 1N6318 5.6 20 8 1200 5 Note 4 2.5 Note 4 +0.050 76 1.1 Axial, SMS - 1N6318 1N6318C 1N6318 5.6 20 8 1200 5 Note 4 2.5 2.5 +0.050 76 1.1 DO-35, D-5D SZ5A5.6 SZ5B5.6 SZ5C5.6 - 5.6 20 11 1600 5 2.9 3 3.09 +0.038 81 Note 4 Axial SZ5A6 SZ5B6 SZ5B6 - 6 20 7 1600 5 3.3 3.5 3.61 +0.038 76 Note 4 Axial - 1N4691-1 - 1N4691-1 6.2 0.05 Note 4 Note 4 10 Note 4 5 - Note 4 45 Note 4 DO-35, DO-213AA (UR) - 1N4627-1 1N4627C-1 1N4627-1 6.2 0.25 1200 Note 4 5 Note 4 5 5 -0.01, +0.05 61 0.65 DO-35, DO-213AA (UR) - 1N5525B-1 1N5525C-1 1N5525-1 6.2 1 30 Note 4 1 Note 4 5 5 +0.050 61 0.65 DO-35, DO-213AA (UR) 1N753-1 1N753A-1 1N753C-1 1N753-1 6.2 20 3 Note 4 5 Note 4 3.5 3.5 Note 4 65 Note 4 DO-35, DO-213AA (UR) - SZN6319 SZN6319C 1N6319 6.2 20 3 800 5 Note 4 3.5 Note 4 +0.060 68 0.97 Axial, SMS - 1N6319 1N6319C 1N6319 6.2 20 3 800 5 Note 4 3.5 3.5 +0.060 68 0.97 DO-35, D-5D SZ5A6.2 SZ5B6.2 SZ5C6.2 - 6.2 20 7 1000 5 3.8 4 4.12 +0.045 73 Note 4 Axial - 1N4692-1 - 1N4692-1 6.8 0.05 Note 4 Note 4 10 Note 4 5.1 - Note 4 35 Note 4 DO-35, DO-213AA (UR) 1N957A-1 1N957B-1 1N957C-1 1N957-1 6.8 18.5 4.5 Note 4 5 5.2 5.2 5.2 Note 4 55 Note 4 DO-35 - 1N4099-1 1N4099C-1 1N4099-1 6.8 0.25 200 Note 4 1 Note 4 5.2 5.2 +0.06 56 0.65 DO-35, DO-213AA (UR) - 1N5526B-1 1N5526C-1 1N5526-1 6.8 1 30 Note 4 1 Note 4 6.2 6.2 +0.052 56 0.65 DO-35, DO-213AA (UR) 1N754-1 1N754A-1 1N754C-1 1N754-1 6.8 20 3 Note 4 2 Note 4 4 4 Note 4 60 Note 4 DO-35, DO-213AA (UR) - SZN6320 SZN6320C 1N6320 6.8 20 3 700 2 Note 4 4 Note 4 +0.062 63 1.23 Axial, SMS - 1N6320 1N6320C 1N6320 6.8 20 3 400 2 Note 4 4 4 +0.062 63 1.23 DO-35, D-5D SZ5A6.8 SZ5B6.8 SZ5C6.8 - 6.8 20 5 750 3 4.8 5 5.15 +0.05 67 Note 4 Axial - 1N4693-1 - 1N4693-1 7.5 0.05 Note 4 Note 4 10 Note 4 5.7 - Note 4 31.8 Note 4 DO-35, DO-213AA (UR) 1N958A-1 1N958B-1 1N958C-1 1N958-1 7.5 16.5 5.5 Note 4 5 5.7 5.7 5.7 Note 4 50 Note 4 DO-35 - 1N4100-1 1N4100C-1 1N4100-1 7.5 0.25 200 Note 4 1 Note 4 5.7 5.7 +0.065 51 0.65 DO-35, DO-213AA (UR) - 1N5527B-1 1N5527C-1 1N5527-1 7.5 1 35 Note 4 0.5 Note 4 6.8 6.8 +0.058 51 0.65 DO-35, DO-213AA (UR) 1N755-1 1N755A-1 1N755C-1 1N755-1 7.5 20 4 Note 4 2 Note 4 5 5 Note 4 55 Note 4 DO-35, DO-213AA (UR) - SZN6321 SZN6321C 1N6321 7.5 20 4 700 2 Note 4 5 Note 4 +0.068 57 1.16 Axial, SMS - 300431N6321 300431N6321C 1N6321 7.5 20 4 Note 4 2 Note 4 5 5 +0.068 57 1.16 Axial, SMS - 1N6321 1N6321C 1N6321 7.5 20 4 400 2 Note 4 5 5 +0.068 57 1.16 DO-35, D-5D SZ5A7.5 SZ5B7.5 SZ5C7.5 - 7.5 20 6 500 3 5.7 6 6.18 +0.058 61 Note 4 Axial NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. TX, TXV, and S-Level Screening Available Zener & TVS Products 11 500 mW Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Industry Part Number Part Number ±10% ±5% ±2% Nom. Zener Volt.1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK@ 250µA Ohms Maximum Reverse Leakage Current IR VR VR VR ±10% ±5% ±2% Maximum Ratings Temp. Coeff. (Typ.)5 Current Surge6 TC@IZT IZM IZSM Package3 µA V V V %/°C mA A Note 4 DO-35, DO-213AA (UR) - 1N4694-1 - 1N4694-1 8.2 0.05 Note 4 1 Note 4 6.2 - Note 4 29 Note 4 1N959A-1 1N959B-1 1N959C-1 1N959 -1 8.2 15 6.5 Note 4 5 6.2 6.2 6.2 Note 4 45 Note 4 DO-35 - 1N4101-1 1N4101C-1 1N4101-1 8.2 0.25 200 Note 4 0.5 Note 4 6.3 6.3 +0.07 46 0.65 DO-35, DO-213AA (UR) - 1N5528B-1 1N5528C-1 1N5528-1 8.2 1 40 Note 4 0.5 Note 4 7.5 7.5 +0.062 46 0.65 DO-35, DO-213AA (UR) 1N756-1 1N756A-1 1N756C-1 1N756-1 8.2 20 5 Note 4 1 Note 4 6 6 Note 4 50 Note 4 DO-35, DO-213AA (UR) - SZN6322 SZN6322C 1N6322 8.2 20 5 700 1 Note 4 6 Note 4 +0.077 52 1.07 Axial, SMS - 300431N6322 300431N6322C 1N6322 8.2 20 5 Note 4 1 Note 4 6 6 +0.075 52 1.07 Axial, SMS - 1N6322 1N6322C 1N6322 8.2 20 5 400 1 Note 4 6 6 +0.075 52 1.07 DO-35, D-5D SZ5A8.2 SZ5B8.2 SZ5C8.2 - 8.2 20 8 500 3 6.2 6.5 6.70 +0.062 55 Note 4 Axial - 1N4695-1 - 1N4695-1 8.7 0.05 Note 4 Note 4 1 Note 4 6.6 - Note 4 27.4 Note 4 DO-35, DO-213AA (UR) - 1N4102-1 1N4102C-1 1N4102-1 8.7 0.25 200 Note 4 0.5 Note 4 6.7 6.7 +0.075 44 0.65 DO-35, DO-213AA (UR) SZ5A8.7 SZ5B8.7 SZ5C8.7 - 8.7 20 8 600 3 6.2 6.5 6.70 +0.065 52 Note 4 Axial - 1N4696-1 - 1N4696-1 9.1 0.05 Note 4 Note 4 1 Note 4 6.9 - Note 4 26.2 Note 4 DO-35, DO-213AA (UR) 1N960A-1 1N960B-1 1N960C-1 1N960-1 9.1 14 7.5 Note 4 5 6.9 6.9 6.9 Note 4 41 Note 4 DO-35 - 1N4103-1 1N4103C-1 1N4103-1 9.1 0.25 200 Note 4 0.5 Note 4 7 7 +0.08 42 0.65 DO-35, DO-213AA (UR) - 1N5529B-1 1N5529C-1 1N5529-1 9.1 1 45 Note 4 1 Note 4 8.2 8.2 +0.068 42 0.65 DO-35, DO-213AA (UR) 1N757-1 1N757A-1 1N757C-1 1N757-1 9.1 20 6 Note 4 1 Note 4 7 7 Note 4 45 Note 4 DO-35, DO-213AA (UR) - SZN6323 SZN6323C 1N6323 9.1 20 6 700 1 Note 4 7 Note 4 +0.078 47 0.95 Axial, SMS - 300431N6323 300431N6323C 1N6323 9.1 20 6 Note 4 1 Note 4 7 7 +0.076 47 0.97 Axial, SMS - 1N6323 1N6323 1N6323 9.1 20 6 500 1 Note 4 7 7 +0.076 47 0.97 DO-35, D-5D SZ5A9.1 SZ5B9.1 SZ5C9.1 - 9.1 20 10 600 3 6.7 7 7.21 +0.068 50 Note 4 Axial - 1N4697-1 - 1N4697-1 10 0.05 Note 4 Note 4 1 Note 4 7.6 - Note 4 24.8 Note 4 DO-35, DO-213AA (UR) - 1N4104-1 1N4104C-1 1N4104-1 10 0.25 200 Note 4 0.5 Note 4 7.6 7.6 +0.08 38 0.65 DO-35, DO-213AA (UR) - 1N5530B-1 1N5530C-1 1N5530-1 10 1 60 Note 4 0.05 Note 4 9.1 9.1 +0.075 38 0.65 DO-35, DO-213AA (UR) 1N961A-1 1N961B-1 1N961C-1 1N961-1 10 12.5 8.5 Note 4 2 7.6 7.6 7.6 Note 4 38 Note 4 DO-35 1N758-1 1N758A-1 1N758C-1 1N758-1 10 20 7 Note 4 8 Note 4 1 1 Note 4 40 Note 4 DO-35, DO-213AA (UR) - SZN6324 SZN6324C 1N6324 10 20 6 800 1 Note 4 8 Note 4 +0.079 43 0.85 Axial, SMS - 300431N6324 300431N6324C 1N6324 10 20 6 Note 4 1 Note 4 8 8 +0.079 43 0.89 Axial, SMS - 1N6324 1N6324C 1N6324 10 20 6 500 1 Note 4 8 8 +0.079 43 0.89 DO-35, D-5D SZ5A10 SZ5B10 SZ5C10 - 10 20 17 600 3 7.6 8 8.24 +0.075 45 Note 4 Axial Note 4 DO-35, DO-213AA (UR) - 1N4698-1 - 1N4698-1 11 0.05 Note 4 0.05 Note 4 8.4 - Note 4 21.6 Note 4 1N962A-1 1N962B-1 1N962C-1 1N962-1 11 11.5 9.5 700 1 8.4 8.4 8.4 +0.073 35 0.59 DO-35, DO-213AA (UR) - 1N4105-1 1N4105C-1 1N4105-1 11 0.25 200 Note 4 0.05 Note 4 8.5 8.5 +0.08 35 0.59 DO-35, DO-213AA (UR) - 1N5531B-1 1N5531C-1 1N5531-1 11 1 80 Note 4 0.05 Note 4 9.9 9.9 +0.075 35 0.59 DO-213AA (UR) - SZN6325 SZN6325C 1N6325 11 20 7 800 1 Note 4 8.5 Note 4 +0.082 39 0.81 Axial, SMS - 300431N6325 300431N6325C 1N6325 11 20 7 Note 4 1 Note 4 8.5 8.5 +0.082 39 0.83 Axial, SMS - 1N6325 1N6325C 1N6325 11 20 7 550 1 Note 4 8.5 8.5 +0.082 39 0.83 DO-35, D-5D SZ5A11 SZ5B11 SZ5C11 - 11 20 22 600 2 8 8.4 8.65 +0.076 41 Note 4 Axial 12 Zeners & TVS Products TX, TXV, and S-Level Screening Available 500 mW Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Industry Part Number Part Number ±10% ±5% ±2% Nom. Zener Volt.1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK@ 250µA Ohms Maximum Reverse Leakage Current IR VR VR VR ±10% ±5% ±2% Maximum Ratings Temp. Coeff. (Typ.)5 Current Surge6 TC@IZT IZM IZSM Package3 µA V V V %/°C mA A Note 4 9.1 - Note 4 20.4 Note 4 DO-35, DO-213AA (UR) 9.1 9.1 +0.076 32 0.54 DO-35, DO-213AA (UR) - 1N4699-1 - 1N4699-1 12 0.05 Note 4 0.05 Note 4 1N963A-1 1N963B-1 1N963C-1 1N963-1 12 10.5 11.5 700 1 9.1 - 1N4106-1 1N4106C-1 1N4106-1 12 0.25 200 Note 4 0.05 Note 4 9.2 9.2 +0.08 32 0.54 DO-35, DO-213AA (UR) - 1N5532B-1 1N5532C-1 1N5532-1 12 1 90 Note 4 0.05 Note 4 10.8 10.8 +0.08 32 0.54 DO-213AA (UR) 1N759-1 1N759A-1 1N759C-1 1N759-1 12 20 10 Note 4 1 Note 4 9 9 Note 4 35 Note 4 DO-35, DO-213AA (UR) - SZN6326 SZN6326C 1N6326 12 20 7 800 1 Note 4 9 Note 4 +0.083 35 0.77 Axial, SMS - 300431N6326 300431N6326C 1N6326 12 20 7 Note 4 1 Note 4 9 9 +0.083 35 0.77 Axial, SMS - 1N6326 1N6326C 1N6326 12 20 7 550 1 Note 4 9 9 +0.083 35 0.77 DO-35, D-5D SZ5A12 SZ5B12 SZ5C12 - 12 20 30 600 1 8.7 9.1 9.37 +0.077 38 Note 4 Axial - 1N4700-1 - 1N4700-1 13 0.05 Note 4 Note 4 0.05 Note 4 9.8 - Note 4 19 Note 4 DO-35, DO-213AA (UR) - 1N4107-1 1N4107C-1 1N4107-1 13 0.25 200 Note 4 0.05 Note 4 9.9 9.9 +0.08 29 0.5 DO-35, DO-213AA (UR) - 1N5533B-1 1N5533C-1 1N5533-1 13 1 90 Note 4 0.01 Note 4 11.7 11.7 +0.08 29 0.5 DO-213AA (UR) 1N964A-1 1N964B-1 1N964C-1 1N964-1 13 9.5 13 700 0.5 9.9 9.9 9.9 +0.079 30 0.5 DO-35, DO-213AA (UR) - SZN6327 SZN6327C 1N6327 13 9.5 8 800 0.05 Note 4 9.9 Note 4 +0.083 33 0.71 Axial, SMS - 300431N6327 300431N6327C 1N6327 13 9.5 8 Note 4 0.05 Note 4 9.9 9.9 +0.083 33 0.71 Axial, SMS - 1N6327 1N6327C 1N6327 13 9.5 8 550 0.05 Note 4 9.9 9.9 +0.083 33 0.71 DO-35, D-5D SZ5A13 SZ5B13 SZ5C13 - 13 9.5 13 600 0.5 9.4 9.9 10.2 +0.079 35 Note 4 Axial - 1N4701-1 - 1N4701-1 14 0.05 Note 4 Note 4 0.05 Note 4 10.6 - Note 4 17.5 Note 4 DO-35, DO-213AA (UR) - 1N4108-1 1N4108C-1 1N4108-1 14 0.25 200 Note 4 0.05 Note 4 10.7 10.7 +0.085 27 0.464 DO-35, DO-213AA (UR) - 1N5534B-1 1N5534C-1 1N5534-1 14 1 100 Note 4 0.01 Note 4 12.6 12.6 +0.082 27 0.464 DO-213AA (UR) SZ5A14 SZ5B14 SZ5C14 - 14 9 15 600 0.1 9.5 10 10.3 +0.082 32 Note 4 Axial - 1N4702-1 - 1N4702-1 15 0.05 Note 4 Note 4 0.05 Note 4 11.4 - Note 4 16.3 Note 4 DO-35, DO-213AA (UR) - 1N4109-1 1N4109C-1 1N4109-1 15 0.25 100 Note 4 0.05 Note 4 11.4 11.4 +0.085 25 0.433 DO-35, DO-213AA (UR) - 1N5535B-1 1N5535C-1 1N5535-1 15 1 100 Note 4 0.01 Note 4 13.5 13.5 +0.082 25 0.433 DO-213AA (UR) 1N965A-1 1N965B-1 1N965C-1 1N965-1 15 8.5 16 700 0.5 11 11 11 +0.082 26 0.433 DO-35, DO-213AA (UR) - SZN6328 SZN6328C 1N6328 15 8.5 10 800 0.05 Note 4 11 Note 4 +0.084 28 0.62 Axial, SMS - 300431N6328 300431N6328C 1N6328 15 8.5 10 Note 4 0.05 Note 4 11 11 +0.084 28 0.62 Axial, SMS - 1N6328 1N6328 1N6328 15 8.5 10 600 0.05 Note 4 11 11 +0.084 28 0.62 DO-35, D-5D SZ5A15 SZ5B15 SZ5C15 - 15 8.5 16 600 0.1 10.5 11 11.3 +0.082 30 Note 4 Axial - 1N4703-1 - 1N4703-1 16 0.05 Note 4 Note 4 0.05 Note 4 12.1 - Note 4 15.4 Note 4 DO-35, DO-213AA (UR) - 1N4110-1 1N4110C-1 1N4110-1 16 0.25 100 Note 4 0.05 Note 4 12.2 12.2 +0.085 24 0.406 DO-35, DO-213AA (UR) - 1N5536B-1 1N5536C-1 1N5536-1 16 1 100 Note 4 0.01 Note 4 14.4 14.4 +0.083 24 0.406 DO-213AA (UR) 1N966A-1 1N966B-1 1N966C-1 1N966-1 16 7.8 17 700 0.5 12 12 12 +0.083 25 0.406 DO-35, DO-213AA (UR) - SZN6329 SZN6329C 1N6329 16 7.8 12 800 0.05 Note 4 12 Note 4 +0.084 27 0.58 Axial, SMS NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. TX, TXV, and S-Level Screening Available Zener & TVS Products 13 500 mW Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Industry Part Number Part Number Nom. Zener Volt.1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK@ 250µA Ohms Maximum Reverse Leakage Current VR VR VR Maximum Ratings Temp. Coeff. (Typ.)5 Current Surge6 IZM IZSM IR ±10% ±5% ±2% TC@IZT µA V V V %/°C mA A Package3 ±10% ±5% ±2% - 300431N6329 300431N6329C 1N6329 16 7.8 12 Note 4 0.05 Note 4 12 12 +0.084 27 0.58 Axial, SMS - 1N6329 1N6329C 1N6329 16 7.8 12 600 0.05 Note 4 12 12 +0.084 27 0.58 DO-35, D-5D SZ5A16 SZ5B16 SZ5C16 - 16 7.8 17 600 0.1 11.4 12 12.4 +0.083 28 Note 4 Axial - 1N4704-1 - 1N4704-1 17 0.05 Note 4 Note 4 0.05 Note 4 12.9 - Note 4 14.5 Note 4 DO-35, DO-213AA (UR) - 1N4111-1 1N4111C-1 1N4111-1 17 0.25 100 Note 4 0.05 Note 4 13 13 +0.09 22 0.382 DO-35, DO-213AA (UR) - 1N5537B-1 1N5537C-1 1N5537-1 17 1 100 Note 4 0.01 Note 4 15.3 15.3 +0.085 22 0.382 DO-213AA (UR) SZ5A17 SZ5B17 SZ5C17 - 17 7.4 19 600 0.1 12.4 13 13.4 +0.084 27 Note 4 Axial - 1N4705-1 - 1N4705-1 18 0.05 Note 4 Note 4 0.05 Note 4 13.6 - Note 4 13.2 Note 4 DO-35, DO-213AA (UR) 1N967A-1 1N967B-1 1N967C-1 1N967-1 18 7 21 750 0.5 14 14 14 +0.085 21 0.361 DO-35, DO-213AA (UR) - 1N4112-1 1N4112C-1 1N4112-1 18 0.25 100 Note 4 0.05 Note 4 13.7 13.7 +0.09 21 0.361 DO-35, DO-213AA (UR) - 1N5538B-1 1N5538C-1 1N5538-1 18 1 100 Note 4 0.01 Note 4 16.2 16.2 +0.085 21 0.361 DO-213AA (UR) - SZN6330 SZN6330C 1N6330 18 7 14 800 0.05 Note 4 14 Note 4 +0.085 24 0.52 Axial, SMS - 300431N6330 300431N6330C 1N6330 18 7 14 Note 4 0.05 Note 4 14 14 +0.085 24 0.52 Axial, SMS - 1N6330 1N6330C 1N6330 18 7 14 600 0.05 Note 4 14 14 +0.085 24 0.52 DO-35, D-5D SZ5A18 SZ5B18 SZ5C18 - 18 7 21 600 0.1 13.3 14 14.4 +0.085 25 Note 4 Axial - 1N4706-1 - 1N4706-1 19 0.05 Note 4 Note 4 0.05 Note 4 14.4 - Note 4 12.5 Note 4 DO-35, DO-213AA (UR) - 1N4113-1 1N4113C-1 1N4113-1 19 0.25 150 Note 4 0.05 Note 4 14.5 14.5 +0.09 20 0.342 DO-35, DO-213AA (UR) - 1N5539B-1 1N5539C-1 1N5539-1 19 1 100 Note 4 0.01 Note 4 17.1 17.1 +0.086 20 0.342 DO-213AA (UR) SZ5A19 SZ5B19 SZ5C19 - 19 6.6 23 600 0.1 13.3 14 14.4 +0.086 24 Note 4 Axial - 1N4707-1 - 1N4707-1 20 0.05 Note 4 Note 4 0.01 Note 4 15.2 - Note 4 11.9 Note 4 DO-35, DO-213AA (UR) 1N968A-1 1N968B-1 1N968C-1 1N968-1 20 6.2 25 750 0.5 15 15 15 +0.086 19 0.325 DO-35, DO-213AA (UR) - 1N4114-1 1N4114C-1 1N4114-1 20 0.25 150 Note 4 0.01 Note 4 15.2 15.2 +0.09 19 0.325 DO-35, DO-213AA (UR) - 1N5540B-1 1N5540C-1 1N5540-1 20 1 100 Note 4 0.01 Note 4 18 18 +0.086 19 0.325 DO-213AA (UR) - SZN6331 SZN6331C 1N6331 20 6.2 18 800 0.05 Note 4 15 Note 4 +0.086 21 0.47 Axial, SMS - 300431N6331 300431N6331C 1N6331 20 6.2 18 Note 4 0.05 Note 4 15 15 +0.086 21 0.47 Axial, SMS - 1N6331 1N6331C 1N6331 20 6.2 18 500 0.05 Note 4 15 15 +0.086 21 0.47 DO-35, D-5D SZ5A20 SZ5B20 SZ5C20 - 20 6.2 25 600 0.1 14.3 15 15.5 +0.086 23 Note 4 Axial - 1N4708-1 - 1N4708-1 22 0.05 Note 4 Note 4 0.01 Note 4 16.7 - Note 4 10.8 Note 4 DO-35, DO-213AA (UR) 1N969A-1 1N969B-1 1N969C-1 1N969-1 22 5.6 29 750 0.5 17 17 17 +0.087 17 0.295 DO-35, DO-213AA (UR) - 1N4115-1 1N4115C-1 1N4115-1 22 0.25 150 Note 4 0.01 Note 4 16.8 16.8 +0.09 17 0.295 DO-35, DO-213AA (UR) - 1N5541B-1 1N5541C-1 1N5541-1 22 1 100 Note 4 0.01 Note 4 19.8 19.8 +0.087 17 0.295 DO-213AA (UR) - SZN6332 SZN6332C 1N6332 22 5.6 20 800 0.05 Note 4 17 Note 4 +0.087 19 0.43 Axial, SMS - 300431N6332 300431N6332C 1N6332 22 5.6 20 Note 4 0.05 Note 4 17 17 +0.087 19 0.43 Axial, SMS - 1N6332 1N6332C 1N6332 22 5.6 20 500 0.05 Note 4 17 17 +0.087 19 0.43 DO-35, D-5D SZ5A22 SZ5B22 SZ5C22 - 22 5.6 29 600 0.1 16.2 17 17.5 +0.087 21 Note 4 Axial Note 4 DO-35, DO-213AA (UR) - 1N4709-1 - 1N4709-1 24 0.05 Note 4 0.01 Note 4 18.2 - Note 4 9.9 Note 4 1N970A-1 1N970B-1 1N970C-1 1N970-1 24 5.2 33 750 0.5 18 18 18 +0.088 16 0.271 DO-35, DO-213AA (UR) - 1N4116-1 1N4116C-1 1N4116-1 24 0.25 150 Note 4 0.01 Note 4 18.3 18.3 +0.09 16 0.271 DO-35, DO-213AA (UR) 14 Zeners & TVS Products TX, TXV, and S-Level Screening Available 500 mW Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Industry Part Number Part Number Nom. Zener Volt.1 Zener Test Current VZ IZT V mA ±10% ±5% ±2% - 1N5542B-1 1N5542C-1 1N5542-1 24 1 - SZN6333 SZN6333C 1N6333 24 5.2 - 300431N6333 300431N6333C 1N6333 24 - 1N6333 1N6333C 1N6333 SZ5A24 SZ5B24 SZ5C24 - 1N4710-1 - 1N4117-1 - 1N5543B-1 SZ5A25 SZ5B25 Maximum Dynamic Impedance2 ZZT ZZK@ 250µA Ohms Maximum Reverse Leakage Current IR VR VR VR Maximum Ratings Temp. Coeff. (Typ.)5 Current Surge6 IZM IZSM ±10% ±5% ±2% TC@IZT V %/°C mA A Package3 µA V V 100 Note 4 0.01 Note 4 21.6 21.6 +0.088 16 0.271 DO-213AA (UR) 24 800 0.05 Note 4 18 Note 4 +0.088 18 0.39 Axial, SMS 5.2 24 Note 4 0.05 Note 4 18 18 +0.088 18 0.39 Axial, SMS 24 5.2 24 500 0.05 Note 4 18 18 +0.088 18 0.39 DO-35, D-5D - 24 5.2 33 600 0.1 17.1 18 18.5 +0.088 19 Note 4 Axial - 1N4710-1 25 0.05 Note 4 Note 4 0.01 Note 4 19 - Note 4 9.5 Note 4 DO-35, DO-213AA (UR) 1N4117C-1 1N4117-1 25 0.25 150 Note 4 0.01 Note 4 19 19 +0.09 15 0.260 DO-35, DO-213AA (UR) 1N5543C-1 1N5543-1 25 1 100 Note 4 0.01 Note 4 22.4 22.4 +0.09 15 0.260 DO-213AA (UR) SZ5C25 - 25 5 35 600 0.1 18.1 19 19.6 +0.089 18 Note 4 Axial - 1N4711-1 - 1N4711-1 27 0.05 Note 4 Note 4 0.01 Note 4 20.4 - Note 4 8.8 Note 4 DO-35, DO-213AA (UR) 1N971A-1 1N971B-1 1N971C-1 1N971-1 27 4.6 41 750 0.5 21 21 21 +0.09 14 0.24 DO-35, DO-213AA (UR) - 1N4118-1 1N4118C-1 1N4118-1 27 0.25 150 Note 4 0.01 Note 4 20.5 20.5 +0.09 14 0.24 DO-35, DO-213AA (UR) - SZN6334 SZN6334C 1N6334 27 4.6 27 800 0.05 Note 4 21 Note 4 +0.09 16 0.35 Axial, SMS - 300431N6334 300431N6334C 1N6334 27 4.6 27 Note 4 0.05 Note 4 21 21 +0.09 16 0.35 Axial, SMS - 1N6334 1N6334C 1N6334 27 4.6 27 500 0.05 Note 4 21 21 +0.09 16 0.35 DO-35, D-5D SZ5A27 SZ5B27 SZ5C27 - 27 4.6 41 600 0.1 20 21 22 +0.09 17 Note 4 Axial - 1N4712-1 - 1N4712-1 28 0.05 Note 4 Note 4 0.01 Note 4 21.2 - Note 4 8.5 Note 4 DO-35, DO-213AA (UR) - 1N4119-1 1N4119C-1 1N4119-1 28 0.25 200 Note 4 0.01 Note 4 21.3 21.3 +0.095 14 0.232 DO-35, DO-213AA (UR) - 1N5544B-1 1N5544C-1 1N5544-1 28 1 100 Note 4 0.01 Note 4 25.2 25.2 +0.091 14 0.24 DO-213AA (UR) SZ5A28 SZ5B28 SZ5C28 - 28 4.5 44 600 0.1 20 21 22 +0.091 16 Note 4 Axial - 1N4713-1 - 1N4713-1 30 0.05 Note 4 Note 4 0.01 Note 4 22.8 - Note 4 7.9 Note 4 DO-35, DO-213AA (UR) 1N972A-1 1N972B-1 1N972C-1 1N972-1 30 4.2 49 1000 0.5 23 23 23 +0.091 13 0.216 DO-35, DO-213AA (UR) - 1N4120-1 1N4120C-1 1N4120-1 30 0.25 200 Note 4 0.01 Note 4 22.8 22.8 +0.095 13 0.216 DO-35, DO-213AA (UR) - 1N5545B-1 1N5545C-1 1N5545-1 30 1 100 Note 4 0.01 Note 4 27 27 +0.091 13 0.216 DO-213AA (UR) - SZN6335 SZN6335C 1N6335 30 4.2 32 800 0.05 Note 4 23 Note 4 +0.091 14 0.31 Axial, SMS - 300431N6335 300431N6335C 1N6335 30 4.2 32 Note 4 0.05 Note 4 23 23 +0.091 14 0.31 Axial, SMS - 1N6335 1N6335C 1N6335 30 4.2 32 500 0.05 Note 4 23 23 +0.091 14 0.31 DO-35, D-5D SZ5A30 SZ5B30 SZ5C30 - 30 4.2 49 600 0.1 22 23 24 +0.091 15 Note 4 Axial Note 4 DO-35, DO-213AA (UR) - 1N4714-1 - 1N4714-1 33 0.05 Note 4 0.01 Note 4 25 - Note 4 7.2 Note 4 1N973A-1 1N973B-1 1N973C-1 1N973-1 33 3.8 58 1000 0.5 25 25 25 +0.092 12 0.197 DO-35, DO-213AA (UR) - 1N4121-1 1N4121C-1 1N4121-1 33 0.25 200 Note 4 0.01 Note 4 25.1 25.1 +0.095 12 0.197 DO-35, DO-213AA (UR) - 1N5546B-1 1N5546C-1 1N5546-1 33 1 100 Note 4 0.01 Note 4 29.7 29.7 +0.092 12 0.197 DO-213AA (UR) - SZN6336 SZN6336C 1N6336 33 3.8 40 1000 0.05 Note 4 25 Note 4 +0.092 13 0.28 Axial, SMS - 300431N6336 300431N6336C 1N6336 33 3.8 40 Note 4 0.05 Note 4 25 25 +0.092 13 0.28 Axial, SMS NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. TX, TXV, and S-Level Screening Available Zener & TVS Products 15 500 mW Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Industry Part Number Part Number ±10% ±5% ±2% Nom. Zener Volt.1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK@ 250µA Ohms Maximum Reverse Leakage Current IR VR VR VR Maximum Ratings Temp. Coeff. (Typ.)5 Current Surge6 IZM IZSM A ±10% ±5% ±2% TC@IZT µA V V V %/°C mA Package3 - 1N6336 1N6336C 1N6336 33 3.8 40 600 0.05 Note 4 25 25 +0.092 13 0.28 DO-35, D-5D SZ5A33 SZ5B33 SZ5C33 - 33 3.8 58 700 0.1 24 25 26 +0.092 14 Note 4 Axial Note 4 DO-35, DO-213AA (UR) - 1N4715-1 - 1N4715-1 36 0.05 Note 4 0.01 Note 4 27.3 - Note 4 6.6 Note 4 1N974A-1 1N974B-1 1N974C-1 1N974-1 36 3.4 70 1000 0.5 27 27 27 +0.093 11 0.18 DO-35, DO-213AA (UR) - 1N4122-1 1N4122C-1 1N4122-1 36 0.25 200 Note 4 0.01 Note 4 27.4 27.4 +0.095 11 0.18 DO-35, DO-213AA (UR) - SZN6337 SZN6337C 1N6337 36 3.4 50 1000 0.05 Note 4 27 Note 4 +0.093 12 0.26 Axial, SMS - 300431N6337 300431N6337 1N6337 36 3.4 50 Note 4 0.05 Note 4 27 27 +0.093 12 0.26 Axial, SMS - 1N6337 1N6337C 1N6337 36 3.4 50 600 0.05 Note 4 27 27 +0.093 12 0.26 DO-35, D-5D SZ5A36 SZ5B36 SZ5C36 - 36 3.4 70 700 0.1 26 27 28 +0.093 13 Note 4 Axial - 1N4716-1 - 1N4716-1 39 0.05 Note 4 Note 4 0.01 Note 4 29.6 - Note 4 6.1 Note 4 DO-35, DO-213AA (UR) 1N975A-1 1N975B-1 1N975C-1 1N975-1 39 3.2 80 1000 0.5 30 30 30 +0.094 9.1 0.166 DO-35, DO-213AA (UR) - 1N4123-1 1N4123C-1 1N4123-1 39 0.25 200 Note 4 0.01 Note 4 29.7 29.7 +0.095 9.8 0.166 DO-35, DO-213AA (UR) - SZN6338 SZN6338C 1N6338 39 3.2 55 1000 0.05 Note 4 30 Note 4 +0.094 11 0.24 Axial, SMS - 300431N6338 300431N6338C 1N6338 39 3.2 55 Note 4 0.05 Note 4 30 30 +0.094 11 0.24 Axial, SMS - 1N6338 1N6338C 1N6338 39 3.2 55 700 0.05 Note 4 30 30 +0.094 11 0.24 DO-35, D-5D SZ5A39 SZ5B39 SZ5C39 - 39 3.2 80 800 0.1 29 30 31 +0.094 12 Note 4 Axial - 1N4717-1 - 1N4717-1 43 0.05 Note 4 Note 4 0.01 Note 4 32.6 - Note 4 5.5 Note 4 DO-35, DO-213AA (UR) 1N976A-1 1N976B-1 1N976C-1 1N976-1 43 3 93 1000 0.5 33 33 33 +0.095 8.8 0.151 DO-35, DO-213AA (UR) - 1N4124-1 1N4124C-1 1N4124-1 43 0.25 250 Note 4 0.01 Note 4 32.7 32.7 +0.095 8.9 0.151 DO-35, DO-213AA (UR) - SZN6339 SZN6339C 1N6339 43 3 65 1000 0.05 Note 4 33 Note 4 +0.095 9.9 0.22 Axial, SMS - 300431N6339 300431N6339C 1N6339 43 3 65 Note 4 0.05 Note 4 33 33 +0.095 9.9 0.22 Axial, SMS - 1N6339 1N6339C 1N6339 43 3 65 800 0.05 Note 4 33 33 +0.095 9.9 0.22 DO-35, D-5D SZ5A43 SZ5B43 SZ5C43 - 43 3 93 900 0.1 31 33 34 +0.095 10.6 Note 4 Axial 1N977A-1 1N977B-1 1N977C-1 1N977-1 47 2.7 105 1500 0.5 36 36 36 +0.095 7.9 0.138 DO-35, DO-213AA (UR) - 1N4125-1 1N4125C-1 1N4125-1 47 0.25 250 Note 4 0.01 Note 4 35.8 35.8 +0.095 8.1 0.138 DO-35, DO-213AA (UR) - SZN6340 SZN6340C 1N6340 47 2.7 75 1000 0.05 Note 4 36 Note 4 +0.095 9 0.2 Axial, SMS - 300431N6340 300431N6340C 1N6340 47 2.7 75 Note 4 0.05 Note 4 36 36 +0.095 9 0.2 Axial, SMS - 1N6340 1N6340C 1N6340 47 2.7 75 900 0.05 Note 4 36 36 +0.095 9 0.2 DO-35, D-5D SZ5A47 SZ5B47 SZ5C47 - 47 2.7 105 1000 0.1 34 36 37 +0.095 9.7 Note 4 Axial 1N978A-1 1N978B-1 1N978C-1 1N978-1 51 2.5 125 1500 0.5 39 39 39 +0.096 7.4 0.127 DO-35, DO-213AA (UR) - 1N4126-1 1N4126C-1 1N4126-1 51 0.25 300 Note 4 0.01 Note 4 38.8 38.8 +0.1 7.5 0.127 DO-35, DO-213AA (UR) - SZN6341 SZN6341C 1N6341 51 2.5 85 1000 0.05 Note 4 39 Note 4 +0.096 8.3 0.18 Axial, SMS - 300431N6341 300431N6341C 1N6341 51 2.5 85 Note 4 0.05 Note 4 39 39 +0.096 8.3 0.18 Axial, SMS - 1N6341 1N6341C 1N6341 51 2.5 85 1000 0.05 Note 4 39 39 +0.096 8.3 0.18 DO-35, D-5D SZ5A51 SZ5B51 SZ5C51 - 51 2.5 125 1100 0.1 37 39 40 +0.096 8.9 Note 4 Axial - 1N4127-1 1N4127C-1 1N4127-1 56 0.25 300 Note 4 0.01 Note 4 42.6 42.6 +0.1 6.7 0.116 DO-35, DO-213AA (UR) 1N979A-1 1N979B-1 1N979C-1 1N979-1 56 2.2 150 2000 0.5 43 43 43 +0.096 6.9 0.116 DO-35 - SZN6342 SZN6342C 1N6342 56 2.2 100 1200 0.05 Note 4 43 Note 4 +0.097 7.6 0.17 Axial, SMS 16 Zeners & TVS Products TX, TXV, and S-Level Screening Available 500 mW Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Industry Part Number Part Number Nom. Zener Volt.1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK@ 250µA Ohms Maximum Reverse Leakage Current VR VR VR Maximum Ratings Temp. Coeff. (Typ.)5 Current Surge6 IZM IZSM IR ±10% ±5% ±2% TC@IZT µA V V V %/°C mA A Package3 ±10% ±5% ±2% - 300431N6342 300431N6342C 1N6342 56 2.2 100 Note 4 0.05 Note 4 43 43 +0.097 7.6 0.17 Axial, SMS - 1N6342 1N6342C 1N6342 56 2.2 100 1200 0.05 Note 4 43 43 +0.097 7.6 0.17 DO-35, D-5D SZ5A56 SZ5B56 SZ5C56 - 56 2.2 150 1300 0.1 41 43 44 +0.096 8.1 Note 4 Axial 0.01 Note 4 45.6 45.6 +0.1 6.4 0.108 DO-35, DO-213AA (UR) 0.1 44 46 47 +0.097 7.6 Note 4 Axial - 1N4128-1 1N4128C-1 1N4128-1 60 0.25 400 Note 4 SZ5A60 SZ5B60 SZ5C60 - 60 2.1 170 1400 1N980A-1 1N980B-1 1N980C-1 1N980-1 62 2 185 2000 0.5 47 47 47 +0.097 6 0.105 DO-35, DO-213AA (UR) - 1N4129-1 1N4129C-1 1N4129-1 62 0.25 500 Note 4 0.01 Note 4 47.1 47.1 +0.1 6.1 0.105 DO-35, DO-213AA (UR) - SZN6343 SZN6343C 1N6343 62 2 125 1300 0.05 Note 4 47 Note 4 +0.099 6.8 0.15 Axial, SMS - 300431N6343 300431N6343C 1N6343 62 2 125 Note 4 0.05 Note 4 47 47 +0.099 6.8 0.15 Axial, SMS - 1N6343 1N6343C 1N6343 62 2 125 1300 0.05 Note 4 47 47 +0.099 6.8 0.15 DO-35, D-5D Axial SZ5A62 SZ5B62 SZ5C62 - 62 2 185 1400 0.1 45 47 48 +0.097 7.3 Note 4 1N981A-1 1N981B-1 1N981C-1 1N981-1 68 1.8 230 2000 0.5 52 52 52 +0.097 5.5 0.095 DO-35, DO-213AA (UR) - 1N4130-1 1N4130C-1 1N4130-1 68 0.25 700 Note 4 0.01 Note 4 51.7 51.7 +0.1 5.6 0.095 DO-35, DO-213AA (UR) - SZN6344 SZN6344C 1N6344 68 1.8 155 1500 0.05 Note 4 52 Note 4 +0.101 6.3 0.13 Axial, SMS - 300431N6344 300431N6344C 1N6344 68 1.8 155 Note 4 0.05 Note 4 52 52 +0.101 6.3 0.13 Axial, SMS - 1N6344 1N6344C 1N6344 68 1.8 155 1500 0.05 Note 4 52 52 +0.101 6.3 0.13 DO-35, D-5D SZ5A68 SZ5B68 SZ5C68 - 68 1.8 230 1600 0.1 49 52 54 +0.097 6.7 Note 4 Axial 1N982A-1 1N982B-1 1N982C-1 1N982-1 75 1.7 270 2000 0.5 56 56 56 +0.098 5.1 0.086 DO-35, DO-213AA (UR) - 1N4131-1 1N4131C-1 1N4131-1 75 0.25 700 Note 4 0.01 Note 4 57 57 +0.1 5.1 0.086 DO-35, DO-213AA (UR) - SZN6345 SZN6345C 1N6345 75 1.7 180 1600 0.05 Note 4 56 Note 4 +0.103 5.7 0.125 Axial, SMS - 300431N6345 300431N6345 1N6345 75 1.7 180 Note 4 0.05 Note 4 56 56 +0.103 5.7 0.125 Axial, SMS - 1N6345 1N6345C 1N6345 75 1.7 180 1600 0.05 Note 4 56 56 +0.103 5.7 0.125 DO-35, D-5D SZ5A75 SZ5B75 SZ5C75 - 75 1.7 270 1700 0.1 53 56 58 +0.098 6.1 Note 4 Axial - 1N4132-1 1N4132C-1 1N4132-1 82 0.25 800 Note 4 0.01 Note 4 62.4 62.4 +0.1 4.6 0.079 DO-35, DO-213AA (UR) 1N983A-1 1N983B-1 1N983C-1 1N983-1 82 1.5 330 3000 0.5 62 62 62 +0.098 4.6 0.079 DO-35, DO-213AA (UR) - SZN6346 SZN6346C 1N6346 82 1.5 220 1800 0.05 Note 4 62 Note 4 +0.105 5.2 0.115 Axial, SMS - 300431N6346 300431N6346C 1N6346 82 1.5 220 Note 4 0.05 Note 4 62 62 +0.105 5.2 0.115 Axial, SMS - 1N6346 1N6346C 1N6346 82 1.5 220 1800 0.05 Note 4 62 62 +0.105 5.2 0.115 DO-35, D-5D SZ5A82 SZ5B82 SZ5C82 - 82 1.5 330 2000 0.1 59 62 64 +0.098 5.5 Note 4 Axial - 1N4133-1 1N4133C-1 1N4133-1 87 0.25 1000 Note 4 0.01 Note 4 66.2 66.2 +0.1 4.4 0.075 DO-35, DO-213AA (UR) SZ5A87 SZ5B87 SZ5C87 - 87 1.4 370 2200 0.1 65 68 70 +0.099 5.2 Note 4 Axial 1N984A-1 1N984B-1 1N984C-1 1N984-1 91 1.4 400 3000 0.5 69 69 69 +0.099 4.2 0.071 DO-35, DO-213AA (UR) NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. TX, TXV, and S-Level Screening Available Zener & TVS Products 17 500 mW Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Industry Part Number Part Number Nom. Zener Volt.1 Zener Test Current VZ IZT V mA ±10% ±5% ±2% - 1N4134-1 1N4134C-1 1N4134-1 91 0.25 - SZN6347 SZN6347C 1N6347 91 1.4 - 300431N6347 300431N6347C 1N6347 91 - 1N6347 1N6347C 1N6347 SZ5A91 SZ5B91 SZ5C91 - 1N985A-1 1N985B-1 1N985C-1 1N985-1 100 - 1N4135-1 1N4135C-1 1N4135-1 100 - SZN6348 SZN6348C 1N6348 100 - 300431N6348 300431N6348C 1N6348 - 1N6348 1N6348C Maximum Dynamic Impedance2 ZZT ZZK@ 250µA Ohms Maximum Reverse Leakage Current IR VR VR VR Maximum Ratings Temp. Coeff. (Typ.)5 Current Surge6 IZM IZSM ±10% ±5% ±2% TC@IZT V %/°C mA A Package3 µA V V 1200 Note 4 0.01 Note 4 69.2 69.2 +0.1 4.2 0.071 DO-35, DO-213AA (UR) 270 2100 0.05 Note 4 69 Note 4 +0.108 4.7 0.1 Axial, SMS 1.4 270 Note 4 0.05 Note 4 69 69 +0.108 4.7 0.1 Axial, SMS 91 1.4 270 2100 0.05 Note 4 69 69 +0.108 4.7 0.1 DO-35, D-5D 91 1.4 400 2300 0.1 66 69 71 +0.099 5 Note 4 Axial 1.3 500 3000 0.5 76 76 76 +0.11 3.7 0.065 DO-35, DO-213AA (UR) 0.25 1600 Note 4 0.01 Note 4 76 76 +0.1 3.8 0.065 DO-35, DO-213AA (UR) 1.3 340 2400 0.05 Note 4 76 Note 4 +0.11 4.3 0.095 Axial, SMS 100 1.3 340 Note 4 0.05 Note 4 76 76 +0.11 4.3 0.095 Axial, SMS 1N6348 100 1.3 340 2400 0.05 Note 4 76 76 +0.11 4.3 0.095 DO-35, D-5D Axial SZ5A100 SZ5B100 SZ5C100 - 100 1.3 500 2600 0.1 72 76 78 +0.11 4.5 Note 4 1N986A-1 1N986B-1 1N986C-1 1N986-1 110 1.1 750 4000 0.5 84 84 84 +0.11 3.3 0.059 DO-35, DO-213AA (UR) - SZN6349 SZN6349C 1N6349 110 1.1 500 2800 0.05 Note 4 84 Note 4 +0.11 3.9 0.085 Axial, SMS - 300431N6349 300431N6349C 1N6349 110 1.1 500 Note 4 0.05 Note 4 84 84 +0.11 3.9 0.085 Axial, SMS - 1N6349 1N6349C 1N6349 110 1.1 500 2800 0.05 Note 4 84 84 +0.11 3.9 0.085 DO-35, D-5D Axial SZ5A110 SZ5B110 SZ5C110 - 110 1.1 750 3000 0.1 80 84 87 +0.11 4.1 Note 4 1N987A-1 1N987B-1 1N987C-1 1N987-1 120 1 900 4500 0.5 91 91 91 +0.11 3.1 0.054 DO-35, DO-213AA (UR) - SZN6350 SZN6350C 1N6350 120 1 600 3200 0.05 Note 4 91 Note 4 +0.11 3.5 0.08 Axial, SMS - 300431N6350 300431N6350C 1N6350 120 1 600 Note 4 0.05 Note 4 91 91 +0.11 3.5 0.08 Axial, SMS - 1N6350 1N6350C 1N6350 120 1 600 3200 0.05 Note 4 91 91 +0.11 3.5 0.08 DO-35, D-5D 900 SZ5A120 SZ5B120 SZ5C120 - 120 1 4000 0.1 86 91 94 +0.11 3.8 Note 4 Axial 1N988A-1 1N988B-1 1N988C-1 1N988-1 130 0.95 1100 5000 0.5 99 99 99 +0.11 2.7 0.05 DO-35, DO-213AA (UR) - SZN6351 SZN6351C 1N6351 130 0.95 850 4100 0.05 Note 4 99 Note 4 +0.11 3.3 0.07 Axial, SMS - 300431N6351 300431N6351C 1N6351 130 0.95 850 Note 4 0.05 Note 4 99 99 +0.11 3.3 0.07 Axial, SMS - 1N6351 1N6351C 1N6351 130 0.95 850 4100 0.05 Note 4 99 99 +0.11 3.3 0.07 DO-35, D-5D SZ5A130 SZ5B130 SZ5C130 - 130 0.95 1100 4500 0.1 94 99 102 +0.11 3.5 Note 4 Axial SZ5A140 SZ5B140 SZ5C140 - 140 0.9 1300 4500 0.1 101 106 109 +0.11 3.2 Note 4 Axial 1N989A-1 1N989B-1 1N989C-1 1N989-1 150 0.85 1500 6000 0.5 114 114 114 +0.11 2.4 0.043 DO-35, DO-213AA (UR) - SZN6352 SZN6352C 1N6352 150 0.85 1000 4500 0.05 Note 4 114 Note 4 +0.11 2.8 0.065 Axial, SMS - 300431N6352 300431N6352C 1N6352 150 0.85 1000 Note 4 0.05 Note 4 114 114 +0.11 2.8 0.065 Axial, SMS - 1N6352 1N6352C 1N6352 150 0.85 1000 4500 0.05 Note 4 114 114 +0.11 2.8 0.065 DO-35, D-5D SZ5A150 SZ5B150 SZ5C150 - 150 0.85 1500 5000 0.1 108 114 117 +0.11 3 Note 4 Axial 1N990A-1 1N990B-1 1N990C-1 1N990-1 160 0.8 1700 6500 0.5 122 122 122 +0.11 2.2 0.04 DO-35, DO-213AA (UR) - SZN6353 SZN6353C 1N6353 160 0.8 1200 5000 0.05 Note 4 122 Note 4 +0.11 2.7 0.06 Axial, SMS - 300431N6353 300431N6353C 1N6353 160 0.8 1200 Note 4 0.05 Note 4 122 122 +0.11 2.7 0.06 Axial, SMS - 1N6353 1N6353C 1N6353 160 0.8 1200 5000 0.05 Note 4 122 122 +0.11 2.7 0.06 DO-35, D-5D 18 Zeners & TVS Products TX, TXV, and S-Level Screening Available 500 mW Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Industry Part Number Part Number ±10% ±5% ±2% Nom. Zener Volt.1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT Maximum Reverse Leakage Current ZZK@ VR VR VR Maximum Ratings Temp. Coeff. (Typ.)5 Current Surge6 IZM IZSM Package3 IR ±10% ±5% ±2% TC@IZT Ohms µA V V V %/°C mA A Axial 250µA SZ5A160 SZ5B160 SZ5C160 - 160 0.8 1700 5500 0.1 116 122 126 +0.11 2.8 Note 4 SZ5A170 SZ5B170 SZ5C170 - 170 0.74 1900 5500 0.1 116 129 133 +0.11 2.7 Note 4 Axial 1N991A-1 1N991B-1 1N991C-1 1N991-1 180 0.68 2200 7100 0.5 137 137 137 +0.11 2 0.036 DO-35, DO-213AA (UR) - SZN6354 SZN6354C 1N6354 180 0.68 1500 5600 0.05 Note 4 137 Note 4 +0.11 2.4 0.05 Axial, SMS - 300431N6354 300431N6354C 1N6354 180 0.68 1500 Note 4 0.05 Note 4 137 137 +0.11 2.4 0.05 Axial, SMS - 1N6354 1N6354C 1N6354 180 0.68 1500 5600 0.05 Note 4 137 137 +0.11 2.4 0.05 DO-35, D-5D SZ5A180 SZ5B180 SZ5C180 - 180 0.68 2200 6000 0.1 130 137 141 +0.11 2.5 Note 4 Axial SZ5A190 SZ5B190 SZ5C190 - 190 0.66 2400 6500 0.1 137 144 148 +0.11 2.4 Note 4 Axial - SZN6355 SZN6355C 1N6355 200 0.65 1800 6500 0.05 Note 4 152 Note 4 +0.11 2.1 0.045 Axial, SMS - 300431N6355 300431N6355C 1N6355 200 0.65 1800 Note 4 0.05 Note 4 152 152 +0.11 2.1 0.045 Axial, SMS - 1N6355 1N6355C 1N6355 200 0.65 1800 6500 0.05 Note 4 152 152 +0.11 2.1 0.045 DO-35, D-5D SZ5A200 SZ5B200 SZ5C200 - 200 0.65 2500 7000 0.1 144 152 157 +0.11 2.2 Note 4 Axial SZ5A2.4 - SZ5A200 Series Data Sheet Z00002 500 mW Axial Leaded Axial Axial7 (See page 21 for 800 mW Surface Mount Round Tab (SM) and Surface Mount Square Tab (SMS) versions) Features: ▪▪ Hermetically sealed in glass ▪▪ Available in 10%, 5%, and 2% tolerances - for other voltage tolerances, contact factory ▪▪ TX, TXV, and Space level screening available ØD ØA C B Features: ▪▪ Hermetically sealed in glass ▪▪ Category III metallurgical bond ▪▪ Available in 5%, 2%, and 1% tolerances - for other voltage tolerances, contact factory ▪▪ TX, TXV, and Space level screening available ▪▪ Replacement for 1N6309 - 1N6333 MIN MAX A .060” .090” B .120” .200” C 1.00” --- D .018” .022” Axial7 SZN6309 - SZN6355 Series Data Sheet Z00011 500 mW Axial Leaded and Surface Mount Square Tab (SMS) C DIM Axial ØD ØA C B C SMS B MIN MAX A .055” .090” B .090” .200” C 1.00” --- D .017” .022” SMS 7 C A A D DIM DIM MIN MAX A .070” .085” B .175” .215” C .022” .028” D Body to Tab Clearance: .001” NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. 7. All dimensions are prior to soldering. TX, TXV, and S-Level Screening Available Zener & TVS Products 19 800 mW Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Part Number Nominal Zener Voltage1 Zener Test Current Contact factory for other voltage tolerances VZ IZT Maximum Dynamic Impedance2 ZZT ZZK@ 250µA Ohms Maximum Reverse Leakage Current VR VR VR Temperature Coefficient (Typical) Maximum Ratings IZM Current IR ±10% ±5% ±2% TC@IZT 250µA V V V %/°C mA Package3 ±10% ±5% ±2% V mA SZ5A2.4 SZ5B2.4 SZ5C2.4 2.4 20 30 1200 100 0.95 1 1.03 -0.085 297 SM, SMS SZ5A2.5 SZ5B2.5 SZ5C2.5 2.5 20 30 1250 100 0.95 1 1.03 -0.085 273 SM, SMS SZ5A2.7 SZ5B2.7 SZ5C2.7 2.7 20 30 1300 75 0.95 1 1.03 -0.08 252 SM, SMS SZ5A2.8 SZ5B2.8 SZ5C2.8 2.8 20 30 1400 75 0.95 1 1.03 -0.08 243 SM, SMS SZ5A3 SZ5B3 SZ5C3 3 20 29 1600 50 0.95 1 1.03 -0.075 228 SM, SMS SZ5A3.3 SZ5B3.3 SZ5C3.3 3.3 20 28 1600 25 0.95 1 1.03 -0.07 207 SM, SMS SZ5A3.6 SZ5B3.6 SZ5C3.6 3.6 20 24 1700 15 0.95 1 1.03 -0.065 189 SM, SMS SZ5A3.9 SZ5B3.9 SZ5C3.9 3.9 20 23 1900 10 0.95 1 1.03 -0.06 175.5 SM, SMS SZ5A4.3 SZ5B4.3 SZ5C4.3 4.3 20 22 2000 5 0.95 1 1.03 +0.055 159 SM, SMS SZ5A4.7 SZ5B4.7 SZ5C4.7 4.7 20 19 1900 5 1.9 2 2.06 +0.03 145.5 SM, SMS SZ5A5.1 SZ5B5.1 SZ5C5.1 5.1 20 17 1600 5 1.9 2 2.06 +0.03 133.5 SM, SMS SZ5A5.6 SZ5B5.6 SZ5C5.6 5.6 20 11 1600 5 2.9 3 3.09 +0.038 121.5 SM, SMS SZ5A6 SZ5B6 SZ5C6 6 20 7 1600 5 3.3 3.5 3.61 +0.038 114 SM, SMS SZ5A6.2 SZ5B6.2 SZ5C6.2 6.2 20 7 1000 5 3.8 4 4.12 +0.045 109.5 SM, SMS SZ5A6.8 SZ5B6.8 SZ5C6.8 6.8 20 5 750 3 4.8 5 5.15 +0.05 100.5 SM, SMS SZ5A7.5 SZ5B7.5 SZ5C7.5 7.5 20 6 500 3 5.7 6 6.18 +0.058 91.5 SM, SMS SZ5A8.2 SZ5B8.2 SZ5C8.2 8.2 20 8 500 3 6.2 6.5 6.7 +0.062 82.5 SM, SMS SZ5A8.7 SZ5B8.7 SZ5C8.7 8.7 20 8 600 3 6.2 6.5 6.7 +0.065 78 SM, SMS SZ5A9.1 SZ5B9.1 SZ5C9.1 9.1 20 10 600 3 6.7 7 7.21 +0.068 75 SM, SMS SZ5A10 SZ5B10 SZ5C10 10 20 17 600 3 7.6 8 8.24 +0.075 67.5 SM, SMS SZ5A11 SZ5B11 SZ5C11 11 20 22 600 2 8 8.4 8.65 +0.076 61.5 SM, SMS SZ5A12 SZ5B12 SZ5C12 12 20 30 600 1 8.7 9.1 9.37 +0.077 57 SM, SMS SZ5A13 SZ5B13 SZ5C13 13 9.5 13 600 0.5 9.4 9.9 10.2 +0.079 52.5 SM, SMS SZ5A14 SZ5B14 SZ5C14 14 9 15 600 0.1 9.5 10 10.3 +0.082 48 SM, SMS SZ5A15 SZ5B15 SZ5C15 15 8.5 16 600 0.1 10.5 11 11.3 +0.082 45 SM, SMS SZ5A16 SZ5B16 SZ5C16 16 7.8 17 600 0.1 11.4 12 12.4 +0.083 42 SM, SMS SZ5A17 SZ5B17 SZ5C17 17 7.4 19 600 0.1 12.4 13 13.4 +0.084 40.5 SM, SMS SZ5A18 SZ5B18 SZ5C18 18 7 21 600 0.1 13.3 14 14.4 +0.085 37.5 SM, SMS SZ5A19 SZ5B19 SZ5C19 19 6.6 23 600 0.1 13.3 14 14.4 +0.086 36 SM, SMS SZ5A20 SZ5B20 SZ5C20 20 6.2 25 600 0.1 14.3 15 15.5 +0.086 34.5 SM, SMS SZ5A22 SZ5B22 SZ5C22 22 5.6 29 600 0.1 16.2 17 17.5 +0.087 31.5 SM, SMS SZ5A24 SZ5B24 SZ5C24 24 5.2 33 600 0.1 17.1 18 18.5 +0.088 28.5 SM, SMS SZ5A25 SZ5B25 SZ5C25 25 5 35 600 0.1 18.1 19 19.6 +0.089 27 SM, SMS SZ5A27 SZ5B27 SZ5C27 27 4.6 41 600 0.1 20 21 22 +0.09 25.5 SM, SMS SZ5A28 SZ5B28 SZ5C28 28 4.5 44 600 0.1 20 21 22 +0.091 24 SM, SMS SZ5A30 SZ5B30 SZ5C30 30 4.2 49 600 0.1 22 23 24 +0.091 22.5 SM, SMS SZ5A33 SZ5B33 SZ5C33 33 3.8 58 700 0.1 24 25 26 +0.092 21 SM, SMS SZ5A36 SZ5B36 SZ5C36 36 3.4 70 700 0.1 26 27 28 +0.093 19.5 SM, SMS NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: SM = Surface Mount Round Tab (MELF) and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 20 Zeners & TVS Products TX, TXV, and S-Level Screening Available 800 mW Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Part Number Nominal Zener Voltage1 Zener Test Current Contact factory for other voltage tolerances VZ IZT Maximum Dynamic Impedance2 ZZT Maximum Reverse Leakage Current ZZK@ 250µA Ohms VR VR VR Temperature Coefficient (Typical) Maximum Ratings IZM mA IR ±10% ±5% ±2% TC@IZT µA V V V %/°C Current Package3 ±10% ±5% ±2% V mA SZ5A39 SZ5B39 SZ5C39 39 3.2 80 800 0.1 29 30 31 +0.094 18 SM, SMS SZ5A43 SZ5B43 SZ5C43 43 3 93 900 0.1 31 33 34 +0.095 15.9 SM, SMS SZ5A47 SZ5B47 SZ5C47 47 2.7 105 1000 0.1 34 36 37 +0.095 14.55 SM, SMS SZ5A51 SZ5B51 SZ5C51 51 2.5 125 1100 0.1 37 39 40 +0.096 13.35 SM, SMS SZ5A56 SZ5B56 SZ5C56 56 2.2 150 1300 0.1 41 43 44 +0.096 12.15 SM, SMS SZ5A60 SZ5B60 SZ5C60 60 2.1 170 1400 0.1 44 46 47 +0.097 11.4 SM, SMS SZ5A62 SZ5B62 SZ5C62 62 2 185 1400 0.1 45 47 48 +0.097 10.95 SM, SMS SZ5A68 SZ5B68 SZ5C68 68 1.8 230 1600 0.1 49 52 54 +0.097 10.05 SM, SMS SZ5A75 SZ5B75 SZ5C75 75 1.7 270 1700 0.1 53 56 58 +0.098 9.15 SM, SMS SZ5A82 SZ5B82 SZ5C82 82 1.5 330 2000 0.1 59 62 64 +0.098 8.25 SM, SMS SZ5A87 SZ5B87 SZ5C87 87 1.4 370 2200 0.1 65 68 70 +0.099 7.8 SM, SMS SZ5A91 SZ5B91 SZ5C91 91 1.4 400 2300 0.1 66 69 71 +0.099 7.5 SM, SMS SZ5A100 SZ5B100 SZ5C100 100 1.3 500 2600 0.1 72 76 78 +0.11 6.75 SM, SMS SZ5A110 SZ5B110 SZ5C110 110 1.1 750 3000 0.1 80 84 87 +0.11 6.15 SM, SMS 900 SZ5A120 SZ5B120 SZ5C120 120 1 4000 0.1 86 91 94 +0.11 5.7 SM, SMS SZ5A130 SZ5B130 SZ5C130 130 0.95 1100 4500 0.1 94 99 102 +0.11 5.25 SM, SMS SZ5A140 SZ5B140 SZ5C140 140 0.9 1300 4500 0.1 101 106 109 +0.11 4.8 SM, SMS SZ5A150 SZ5B150 SZ5C150 150 0.85 1500 5000 0.1 108 114 117 +0.11 4.5 SM, SMS SZ5A160 SZ5B160 SZ5C160 160 0.8 1700 5500 0.1 116 122 126 +0.11 4.2 SM, SMS SZ5A170 SZ5B170 SZ5C170 170 0.74 1900 5500 0.1 116 129 133 +0.11 4.05 SM, SMS SZ5A180 SZ5C180 SZ5C180 180 0.68 2200 6000 0.1 130 137 141 +0.11 3.75 SM, SMS SZ5A190 SZ5B190 SZ5C190 190 0.66 2400 6500 0.1 137 144 148 +0.11 3.6 SM, SMS SZ5A200 SZ5B200 SZ5C200 200 0.65 2500 7000 0.1 144 152 157 +0.11 3.3 SM, SMS SZ5A2.4 - SZ5A200 Series Data Sheet Z00002 800 mW Surface Mount Round Tab (SM) and Surface Mount Square Tab (SMS) (See page 19 for 500 mW Axial Leaded versions) Features: ▪▪ Hermetically sealed in glass ▪▪ Available in 10%, 5%, and 2% tolerances - for other voltage tolerances, contact factory ▪▪ TX, TXV, and Space level screening available SM5 C ØA SM B D DIM MIN MAX A .057” .067” B .130” .146” .010” .022” C D C SMS SMS5 A A D B Body to Tab Clearance: .001” DIM MIN MAX A .093” .097” B .175” .210” C .023” .027” D Body to Tab Clearance: .001” NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: SM = Surface Mount Round Tab (MELF) and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. All dimensions are prior to soldering. TX, TXV, and S-Level Screening Available Zener & TVS Products 21 1 W Zener Diodes SORTED BY VZ then by IZM Part Number All parts are available with ±1% or ±2% Tolerances ±10% ±5% Ratings Based on 25°C Case Temperature (unless otherwise specified) Industry Part Number Nominal Zener Voltage1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK Ohms Maximum Reverse Leakage Current VR VR Maximum Ratings Temperature Coefficient (Typical)5 Current Surge7 IZM IZSM mA A IZK IR ±10% ±5% TC@IZT mA µA V V %/°C Package3 SZ1A3.3 SZ1B3.3 - 3.3 76 10 400 7.6 100 0.95 1 -3 to 0 276 1.38 Axial 1N3821-1 1N3821A-1 1N3821 3.3 76 10 400 1.0 100 1 1 Note 4 276 1.38 DO-41, DO-213AB (UR) SZ1A3.6 SZ1B3.6 - 3.6 69 10 400 6.9 100 0.95 1 -3 to 06 252 1.26 Axial 1N3822-1 1N3822A-1 1N3822 3.6 69 10 400 1.0 75 1 1 Note 4 252 1.26 DO-41, DO-213AB (UR) SZ1A3.9 SZ1B3.9 - 3.9 64 9 400 6.4 50 0.95 1 -3 to 06 238 1.19 Axial 1N3823-1 1N3823A-1 1N3823 3.9 64 9 400 1.0 25 1 1 Note 4 238 1.19 DO-41, DO-213AB (UR) SZ1A4.3 SZ1B4.3 - 4.3 58 9 400 5.8 10 0.95 1 -3 to 06 213 1.07 Axial 1N3824-1 1N3824A-1 1N3824 4.3 58 9 400 1.0 5 1 1 Note 4 213 1.07 DO-41, DO-213AB (UR) SZ1A4.7 SZ1B4.7 - 4.7 53 8 500 5.3 10 0.95 1 -2 to 16 194 0.97 Axial 1N3825-1 1N3825A-1 1N3825 4.7 53 8 500 1.0 5 1 1 +0.027 194 0.97 DO-41, DO-213AB (UR) SZ1A5.1 SZ1B5.1 - 5.1 49 7 550 4.9 10 0.95 1 0 to 26 178 0.89 Axial 1N3826-1 1N3826A-1 1N3826 5.1 49 7 550 1.0 3 1 1 +0.032 178 0.89 DO-41, DO-213AB (UR) SZ1A5.6 SZ1B5.6 - 5.6 45 5 600 4.5 10 1.9 2 1 to 36 162 0.81 Axial 1N3827-1 1N3827A-1 1N3827 5.6 45 5 600 1.0 3 2 2 +0.043 162 0.81 DO-41, DO-213AB (UR) SZ1A6.2 SZ1B6.2 - 6.2 41 2 700 4.1 10 2.9 3 2 to 46 146 0.73 Axial 1N3828-1 1N3828A-1 1N3828 6.2 41 2 700 1.0 3 3 3 +0.054 146 0.73 DO-41, DO-213AB (UR) SZ1A6.8 SZ1B6.8 - 6.8 37 1.5 700 3.7 10 2.9 3 2.5 to 4.56 133 0.66 Axial 1N3016A-1 1N3016B-1 1N3016 6.8 37 3.5 700 1.0 5 5.2 5.2 +0.061 140 0.74 DO-41, DO-213AB (UR) UZ8806 UZ8706 - 6.8 37 3.5 Note 4 Note 4 50 4.9 5.2 +0.04 140 5 Body A (Axial) 121 0.605 Axial 125 0.68 DO-41, DO-213AB (UR) 6 SZ1A7.5 SZ1B7.5 - 7.5 34 3.5 700 3.4 10 2.9 3 3 to 5 1N3017A-1 1N3017B-1 1N3017 7.5 34 4 700 0.50 5 5.7 5.7 +0.065 UZ8807 UZ8707 - 7.5 34 4 Note 4 Note 4 30 5.4 5.7 +0.04 125 4.5 Body A (Axial) 1N3018A-1 1N3018B-1 1N3018 8.2 31 4.5 700 0.50 5 6.2 6.2 +0.070 115 0.6 DO-41, DO-213AB (UR) UZ8808 UZ8708 - 8.2 31 4.5 Note 4 Note 4 10 5.9 6.2 +0.05 115 3.9 Body A (Axial) SZ1A8.2 SZ1B8.2 - 8.2 31 4 700 3.1 10 5 5.2 4 to 5.56 140 0.55 Axial 1N3019A-1 1N3019B-1 1N3019 9.1 28 6 700 0.50 5 6.9 6.9 +0.073 105 0.54 DO-41, DO-213AB (UR) UZ8809 UZ8709 - 9.1 28 5 Note 4 Note 4 3 6.6 6.9 +0.05 105 3.37 Body A (Axial) SZ1A9.1 SZ1B9.1 - 9.1 28 4.5 700 2.8 10 5.3 5.7 5 to 6.3 125 0.5 Axial UZ8810 UZ8710 - 10 25 7 Note 4 Note 4 2 7.2 7.6 +0.06 95 2.77 Body A (Axial) 1N3020A-1 1N3020B-1 1N3020 10 25 7 700 0.25 5 7.6 7.6 +0.076 95 0.48 DO-41, DO-213AB (UR) SZ1A10 SZ1B10 - 10 25 5 700 2.5 10 5.9 6.2 5.8 to 7.06 115 0.454 Axial 1N3021A-1 1N3021B-1 1N3021 11 23 8 700 0.25 1 8.4 8.4 +0.078 85 0.42 DO-41, DO-213AB (UR) SZ1A11 SZ1B11 - 11 23 7 700 2.3 7.5 6.6 6.9 6.8 to 86 105 0.414 Axial 1N3022A-1 1N3022B-1 1N3022 12 21 9 700 0.25 1 9.1 9.1 +0.081 80 0.4 DO-41, DO-213AB (UR) UZ8812 UZ8712 - 12 23 9 Note 4 Note 4 1 8.6 9.1 +0.07 85 2.25 Body A (Axial) SZ1A12 SZ1B12 - 12 21 8 700 2.1 5 7.2 7.6 7.9 to 9.0 95 0.38 Axial 6 6 6 NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Use mV/°C instead of %/°C. 7. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. 22 Zeners & TVS Products TX, TXV, and S-Level Screening Available 1 W Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Part Number All parts are available with ±1% or ±2% Tolerances Industry Part Number Nominal Zener Voltage1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK Ohms Maximum Reverse Leakage Current VR VR Maximum Ratings Temperature Coefficient (Typical)5 Current Surge7 IZM IZSM IZK IR ±10% ±5% TC@IZT mA µA V V %/°C mA A Package3 ±10% ±5% 1N3023A-1 1N3023B-1 1N3023 13 19 10 700 0.25 0.5 9.9 9.9 +0.085 74 0.37 DO-41, DO-213AB (UR) UZ8813 UZ8713 - 13 21 10 Note 4 Note 4 0.5 9.3 9.9 +0.07 80 2.25 Body A (Axial) SZ1A13 SZ1B13 - 13 19 9 700 1.9 5 8 8.4 10 to 13 85 0.344 Axial UZ8814 UZ8714 - 14 19 12 Note 4 Note 4 0.5 10.1 10.6 +0.07 74 2.25 Body A (Axial) 1N3024A-1 1N3024B-1 1N3024 15 17 14 700 0.25 0.5 11.4 11.4 +0.088 63 0.32 DO-41, DO-213AB (UR) UZ8815 UZ8715 - 15 17 14 Note 4 Note 4 0.5 10.8 11.4 +0.07 63 1.65 Body A (Axial) SZ1A15 SZ1B15 - 15 17 10 700 1.7 2 8.6 9.1 11 to 14 80 0.304 Axial 1N3025A-1 1N3025B-1 1N3025 16 15.5 16 700 0.25 0.5 12.2 12.2 +0.089 60 0.3 DO-41, DO-213AB (UR) 6 6 UZ8816 UZ8716 - 16 15.5 16 Note 4 Note 4 0.5 11.5 12.1 +0.07 60 1.65 Body A (Axial) SZ1A16 SZ1B16 - 16 15.5 14 700 1.4 1 9.4 9.9 12 to 156 74 0.285 Axial 1N3026A-1 1N3026B-1 1N3026 18 14 20 750 0.25 0.5 13.7 13.7 +0.091 52 0.26 DO-41, DO-213AB (UR) UZ8818 UZ8718 - 18 14 20 Note 4 Note 4 0.5 12.9 13.7 +0.08 52 1.12 Body A (Axial) SZ1A18 SZ1B18 - 18 14 16 750 1.4 1 10.8 11.4 14 to 17 63 0.25 Axial 1N3027A-1 1N3027B-1 1N3027 20 12.5 22 750 0.25 0.5 15.2 15.2 +0.092 47 0.24 DO-41, DO-213AB (UR) 6 UZ8820 UZ8720 - 20 12.5 22 Note 4 Note 4 0.5 14.4 15.2 +0.08 47 1.12 Body A (Axial) SZ1A20 SZ1B20 - 20 12.5 20 750 1.25 1 11.6 12.2 16 to 196 60 0.225 Axial 1N3028A-1 1N3028B-1 1N3028 22 11.5 23 750 0.25 0.5 16.7 16.7 +0.093 43 0.21 DO-41, DO-213AB (UR) UZ8822 UZ8722 - 22 11.5 23 Note 4 Note 4 0.5 15.8 16.7 +0.08 43 1.12 Body A (Axial) SZ1A22 SZ1B22 - 22 11.5 22 750 1.15 0.5 13 13.7 17 to 20 52 0.205 Axial 1N3029A-1 1N3029B-1 1N3029 24 10.5 25 750 0.25 0.5 18.2 18.2 +0.094 40 0.2 DO-41, DO-213AB (UR) UZ8824 UZ8724 - 24 10.5 25 Note 4 Note 4 0.5 17.3 18.2 +0.08 40 0.825 Body A (Axial) 6 47 0.19 Axial 34 0.17 DO-41, DO-213AB (UR) +0.09 35 0.825 Body A (Axial) 21 to 246 43 0.17 Axial 31 0.16 DO-41, DO-213AB (UR) 31 0.825 Body A (Axial) SZ1A24 SZ1B24 - 24 10.5 23 750 1.05 0.5 14.4 15.2 19 to 22 1N3030A-1 1N3030B-1 1N3030 27 9.5 35 750 0.25 0.5 20.6 20.6 +0.096 UZ8827 UZ8727 - 27 9.5 35 Note 4 Note 4 0.5 19.4 20.5 SZ1A27 SZ1B27 - 27 9.5 25 750 0.95 0.5 15.9 16.7 1N3031A-1 1N3031B-1 1N3031 30 8.5 40 1000 0.25 0.5 22.8 22.8 +0.098 UZ8830 UZ8730 - 30 8.5 40 Note 4 Note 4 0.5 21.6 22.8 +0.09 SZ1A30 SZ1B30 - 30 8.5 35 1000 0.85 0.5 17.3 18.2 24 to 28 40 0.15 Axial 1N3032A-1 1N3032B-1 1N3032 33 7.5 45 1000 0.25 0.5 25.1 25.1 +0.099 28 0.15 DO-41, DO-213AB (UR) 6 6 UZ8833 UZ8733 - 33 7.5 45 Note 4 Note 4 0.5 23.7 25.1 +0.09 28 0.675 Body A (Axial) SZ1A33 SZ1B33 - 33 7.5 40 1000 0.75 0.5 19.8 20.6 28 to 326 34 0.135 Axial 1N3033A-1 1N3033B-1 1N3033 36 7 50 1000 0.25 0.5 27.4 27.4 +0.100 26 0.13 DO-41, DO-213AB (UR) UZ8836 UZ8736 - 36 7 50 Note 4 Note 4 0.5 25.9 27.3 +0.09 26 0.562 Body A (Axial) SZ1A36 SZ1B36 - 36 7 45 1000 0.7 0.5 21.8 22.8 30 to 35 31 0.125 Axial 1N3034A-1 1N3034B-1 1N3034 39 6.5 60 1000 0.25 0.5 29.7 29.7 +0.101 23 0.11 DO-41, DO-213AB (UR) SZ1A39 SZ1B39 - 39 6.5 50 1000 0.65 0.5 24.1 25.1 32 to 376 28 0.115 Axial 6 NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Use mV/°C instead of %/°C. 7. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. TX, TXV, and S-Level Screening Available Zener & TVS Products 23 1 W Zener Diodes SORTED BY VZ then by IZM Part Number All parts are available with ±1% or ±2% Tolerances ±10% ±5% Ratings Based on 25°C Case Temperature (unless otherwise specified) Industry Part Number Nominal Zener Voltage1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK Ohms Maximum Reverse Leakage Current VR VR Maximum Ratings Temperature Coefficient (Typical)5 Current Surge7 IZM IZSM mA A IZK IR ±10% ±5% TC@IZT mA µA V V %/°C Package3 UZ8840 UZ8740 - 40 6.5 62 Note 4 0.5 28.8 30.4 +0.095 24 0.562 Body A (Axial) 1N3035A-1 1N3035B-1 1N3035 43 6 70 1500 0.25 0.5 32.7 32.7 +0.102 21 0.1 DO-41, DO-213AB (UR) SZ1A43 SZ1B43 - 43 6 60 1500 0.6 0.5 26.4 27.4 35 to 406 26 0.11 Axial UZ8845 UZ8745 - 45 6 75 Note 4 Note 4 0.5 32.4 34.2 +0.095 22 0.45 Body A (Axial) 1N3036A-1 1N3036B-1 1N3036 47 5.5 80 1500 0.25 0.5 35.8 35.8 +0.102 19 0.095 DO-41, DO-213AB (UR) SZ1A47 SZ1B47 - 47 5.5 70 1500 0.55 0.5 28.7 29.7 40 to 456 23 0.095 Axial Note 4 UZ8850 UZ8750 - 50 5 85 Note 4 0.5 36 38 +0.095 20 0.45 Body A (Axial) 1N3037A-1 1N3037B-1 1N3037 51 5 95 1500 0.25 0.5 38.8 38.8 +0.103 18 0.09 DO-41, DO-213AB (UR) SZ1A51 SZ1B51 - 51 5 80 1500 0.5 0.5 30.7 32.7 44 to 506 21 0.09 Axial 1N3038A-1 1N3038B-1 1N3038 56 4.5 110 2000 0.25 0.5 42.6 42.6 +0.103 17 0.085 DO-41, DO-213AB (UR) UZ8856 UZ8756 - 56 4.5 110 Note 4 Note 4 0.5 40.3 42.5 +0.095 17 0.39 Body A (Axial) SZ1A56 SZ1B56 - 56 4.5 95 2000 0.45 0.5 33.8 35.8 48 to 546 19 0.08 Axial Note 4 UZ8860 UZ8760 - 60 4 125 Note 4 Note 4 0.5 43.2 45.6 +0.095 15 0.337 Body A (Axial) 1N3039A-1 1N3039B-1 1N3039 62 4 125 2000 0.25 0.5 47.1 47.1 +0.104 15 0.075 DO-41, DO-213AB (UR) SZ1A62 SZ1B62 - 62 4 110 2000 0.4 0.5 36.8 38.8 53 to 606 18 0.07 Axial 1N3040A-1 1N3040B-1 1N3040 68 3.7 150 2000 0.25 0.5 51.7 51.7 +0.104 14 0.07 DO-41, DO-213AB (UR) SZ1A68 SZ1B68 - 68 3.7 125 2000 0.37 0.5 40.6 42.6 60 to 686 17 0.065 Axial UZ8870 UZ8770 - 70 3.7 150 Note 4 Note 4 0.5 50.4 53.2 +0.095 14 0.337 Body A (Axial) 1N3041A-1 1N3041B-1 1N3041 75 3.3 175 2000 0.25 0.5 56 56 +0.105 12 0.063 DO-41, DO-213AB (UR) Note 4 0.5 54 57 +0.095 12 0.277 Body A (Axial) 0.5 45.1 47.1 65 to 746 15 0.06 Axial UZ8875 UZ8775 - 75 3.3 175 Note 4 SZ1A75 SZ1B75 - 75 3.3 150 2000 0.33 UZ8880 UZ8780 - 80 3 200 Note 4 0.5 57.6 60.8 +0.095 11 0.225 Body A (Axial) 1N3042A-1 1N3042B-1 1N3042 82 3 200 3000 0.25 0.5 62.2 62.2 +0.106 11 0.058 DO-41, DO-213AB (UR) SZ1A82 SZ1B82 - 82 3 175 3000 0.3 0.5 48.7 51.7 70 to 806 14 0.055 Axial UZ8890 UZ8790 - 90 2.8 250 Note 4 Note 4 0.5 64.8 68.4 +0.095 10 0.225 Body A (Axial) 1N3043A-1 1N3043B-1 1N3043 91 2.8 250 3000 0.25 0.5 69.2 69.2 +0.108 10 0.05 DO-41, DO-213AB (UR) SZ1A91 SZ1B91 - 91 2.8 200 3000 0.28 0.5 53 56 80 to 916 12 0.05 Axial 1N3044A-1 1N3044B-1 1N3044 100 2.5 350 3000 0.25 0.5 76 76 +0.11 9 0.045 DO-41, DO-213AB (UR) UZ8210 UZ8110 - 100 2.5 350 Note 4 Note 4 0.5 72 76 +0.1 9.5 0.225 Body A (Axial) SZ1A100 SZ1B100 - 100 2.5 250 3000 0.25 0.5 59.2 62.2 90 to 100 11 0.045 Axial 1N3045A-1 1N3045B-1 1N3045 110 2.3 450 4000 0.25 0.5 83.6 83.6 +0.11 8.3 0.042 DO-41, DO-213AB (UR) Note 4 6 UZ8211 UZ8111 - 110 2.3 450 Note 4 Note 4 0.5 79.2 83.6 +0.1 8.5 0.165 Body A (Axial) UZ8212 UZ8112 - 120 2 550 Note 4 Note 4 0.5 86.4 91.2 +0.1 8 0.112 Body A (Axial) 1N3046A-1 1N3046B-1 1N3046 120 2 550 4500 0.25 0.5 91.2 91.2 +0.11 8 0.04 DO-41, DO-213AB (UR) 1N3047A-1 1N3047B-1 1N3047 130 1.9 700 5000 0.25 0.5 98.8 98.8 +0.11 6.9 0.035 DO-41, DO-213AB (UR) UZ8213 UZ8113 - 130 1.9 700 Note 4 0.5 93.6 98.8 +0.1 7.2 0.112 Body A (Axial) Note 4 NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Use mV/°C instead of %/°C. 7. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. 24 Zeners & TVS Products TX, TXV, and S-Level Screening Available 1 W Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Part Number All parts are available with ±1% or ±2% Tolerances ±10% ±5% Industry Part Number Nominal Zener Voltage1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK Ohms Maximum Reverse Leakage Current VR VR Maximum Ratings Temperature Coefficient (Typical)5 Current Surge7 IZM IZSM A IZK IR ±10% ±5% TC@IZT mA µA V V %/°C mA Package3 UZ8214 UZ8114 - 140 1.8 850 1N3048A-1 1N3048B-1 1N3048 150 1.7 1000 6000 0.25 UZ8215 UZ8115 - 150 1.7 1000 Note 4 0.5 108 114 +0.1 6.3 0.112 Body A (Axial) 1N3049A-1 1N3049B-1 1N3049 160 1.6 1100 6500 0.25 0.5 121.6 121.6 +0.11 5.4 0.027 DO-41, DO-213AB (UR) UZ8216 UZ8116 - 160 1.6 1100 Note 4 Note 4 0.5 115 121 +0.1 5.9 0.082 Body A (Axial) UZ8217 UZ8117 - 170 1.5 1200 Note 4 Note 4 0.5 122 129 +0.1 5.6 0.082 Body A (Axial) 1N3050A-1 1N3050B-1 1N3050 180 1.4 1200 7000 0.25 0.5 136.8 136.8 +0.11 4.9 0.025 DO-41, DO-213AB (UR) UZ8218 UZ8118 - 180 1.4 1300 Note 4 Note 4 0.5 129 137 +0.1 5.2 0.056 Body A (Axial) Note 4 Note 4 Note 4 Note 4 0.5 101 106 +0.1 6.8 0.112 Body A (Axial) 0.5 114 114 +0.11 5.7 0.029 DO-41, DO-213AB (UR) UZ8219 UZ8119 - 190 1.3 1400 Note 4 0.5 137 5 0.056 Body A (Axial) 1N3051B-1 1N3051 200 1.2 1500 8000 0.25 0.5 152 144 Axial 152 +0.1 1N3051A-1 +0.11 4.6 0.023 DO-41, DO-213AB (UR) UZ8220 UZ8120 - 200 1.2 1500 0.5 144 152 +0.1 4.7 0.056 Body A (Axial) Note 4 Note 4 SZ1A3.3 - SZ1A100 Series Data Sheet Z00003 1.0 W Axial Leaded Axial Axial8 (See page 31 for 1.5W Surface Mount Round Tab (SM) and Surface Mount Square Tab (SMS) versions) Features: ▪▪ Hermetically sealed in glass ▪▪ Available in 10%, 5%, and 2% tolerances - for other voltage tolerances, contact factory ▪▪ TX, TXV, and Space level screening available ØD ØA C B C DIM MIN MAX A .080” .107” B .145” .205” C 1.00” --- D .028” .034” NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Use mV/°C instead of %/°C. 7. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. 8. All dimensions are prior to soldering. TX, TXV, and S-Level Screening Available Zener & TVS Products 25 1.5 W Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Part Number All parts are available with ±1% or ±2% Tolerances Industry Part Number Nominal Zener Voltage1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK Ohms Maximum Reverse Leakage Current VR VR Maximum Ratings Temperature Coefficient (Typical)5 Current Surge7 IZM IZSM mA A IZK IR ±10% ±5% TC@IZT mA µA V V %/°C Package3 ±10% ±5% SZ1A3.3 SZ1B3.3 - 3.3 76 10 400 7.6 100 0.95 1 -3 to 0 414 1.38 SM, SMS - SZN6485 1N6485 3.3 76 10 400 1.0 50 Note 4 1 Note 4 433 4.2 Axial, SM, SMS - 1N6485 1N6485 3.3 76 10 400 1.0 50 Note 4 1 -0.075 433 4.2 DO-41, US - SZN5913 1N5913 3.3 113.6 10 500 1.0 100 Note 4 1 Note 4 454 4.2 Axial, SMS SZ1A3.6 SZ1B3.6 - 3.6 69 10 400 6.9 100 0.95 1 -3 to 06 378 1.26 SM, SMS - SZN6486 1N6486 3.6 69 10 400 1.0 50 Note 4 1 Note 4 397 3.9 Axial, SM, SMS - 1N6486 1N6486 3.6 69 10 400 1.0 50 Note 4 1 -0.070 397 3.9 DO-41, US - SZN5914 1N5914 3.6 104.2 9 500 1.0 75 Note 4 1 Note 4 416 3.9 Axial, SMS SZ1A3.9 SZ1B3.9 - 3.9 64 9 400 6.4 50 0.95 1 -3 to 06 357 1.19 SM, SMS - SZN6487 1N6487 3.9 64 9 400 1.0 35 Note 4 1 Note 4 366 3.6 Axial, SM, SMS - 1N6487 1N6487 3.9 64 9 400 1.0 35 Note 4 1 -0.060 366 3.6 DO-41, US - SZN5915 1N5915 3.9 96.1 7.5 500 1.0 25 Note 4 1 Note 4 384 3.6 Axial, SMS SZ1A4.3 SZ1B4.3 - 4.3 58 9 400 5.8 10 0.95 1 -3 to 06 319.5 1.07 SM, SMS - SZN6488 1N6488 4.3 58 9 400 1.0 5 Note 4 1 Note 4 332 3.3 Axial, SM, SMS - 1N6488 1N6488 4.3 58 9 400 1.0 5 Note 4 1 -0.050 332 3.3 DO-41, US - SZN5916 1N5916 4.3 87.2 6 500 1.0 5 Note 4 1 Note 4 348 3.3 Axial, SMS SZ1A4.7 SZ1B4.7 - 4.7 53 8 500 5.3 10 0.95 1 -2 to 16 291 0.97 SM, SMS - SZN6489 1N6489 4.7 53 8 500 1.0 4 Note 4 1 Note 4 304 3 Axial, SM, SMS - 1N6489 1N6489 4.7 53 8 500 1.0 4 Note 4 1 ±0.025 304 3 DO-41, US 6 - SZN5917 1N5917 4.7 79.8 5 500 1.0 5 Note 4 1.5 Note 4 319 3 Axial, SMS SZ1A5.1 SZ1B5.1 - 5.1 49 7 550 4.9 10 0.95 1 0 to 26 267 0.89 SM, SMS - SZN6490 1N6490 5.1 49 7 500 1.0 1 Note 4 1 Note 4 280 2.7 Axial, SM, SMS - 1N6490 1N6490 5.1 49 7 500 1.0 1 Note 4 1 ±0.030 280 2.7 DO-41, US - SZN5918 1N5918 5.1 73.5 4 350 1.0 5 Note 4 2 Note 4 294 2.7 Axial, SMS SZ1A5.6 SZ1B5.6 - 5.6 45 5 600 4.5 10 1.9 2 1 to 36 243 0.81 SM, SMS - SZN6491 1N6491 5.6 45 5 600 1.0 0.5 Note 4 2 Note 4 255 2.5 Axial, SM, SMS - 1N6491 1N6491 5.6 45 5 600 1.0 0.5 Note 4 2 ±0.040 255 2.5 DO-41, US - SZN5919 1N5919 5.6 66.9 2 250 1.0 5 Note 4 3 Note 4 267 2.5 Axial, SMS SZ1A6.2 SZ1B6.2 - 6.2 41 2 700 4.1 10 2.9 3 2 to 46 219 0.73 SM, SMS - SZN4460 1N4460 6.2 40 4 200 1.0 10 Note 4 3.72 Note 4 230 2.3 Axial, SM, SMS - 1N4460 1N4460 6.2 40 4 200 1.0 10 Note 4 3.72 +0.050 230 2.3 DO-41, US - SZN5920 1N5920 6.2 60.5 2 200 1.0 5 Note 4 4 Note 4 241 2.3 Axial, SMS SZ1A6.8 SZ1B6.8 - 6.8 37 1.5 700 3.7 10 2.9 3 2.5 to 4.56 199.5 0.66 SM, SMS - SZN4461 1N4461 6.8 37 2.5 200 1.0 5 Note 4 4.08 Note 4 210 2.1 Axial, SM, SMS - 30043-1N4461 1N4461 6.8 37 2.5 200 1.0 5 Note 4 4.08 +0.057 210 2.1 Axial, SMS - 1N4461 1N4461 6.8 37 2.5 200 1.0 5 Note 4 4.08 +0.057 210 2.1 DO-41, US NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded, SM = Surface Mount Round Tab (MELF), and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Use mV/°C instead of %/°C. 7. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. 26 Zeners & TVS Products TX, TXV, and S-Level Screening Available 1.5 W Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number All parts are available with ±1% or ±2% Tolerances ±10% ±5% Industry Part Number Nominal Zener Voltage1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK Ohms Maximum Reverse Leakage Current IZK IR mA VR VR Maximum Ratings Temperature Coefficient (Typical)5 Current Surge7 TC@IZT IZM IZSM mA A ±10% ±5% µA V V %/°C Package3 - SZN5921 1N5921 6.8 55.1 2.5 200 1.0 5 Note 4 5.2 Note 4 220 2.1 Axial, SMS SZ1A7.5 SZ1B7.5 - 7.5 34 3.5 700 3.4 10 2.9 3 3 to 56 181.5 0.605 SM, SMS 191 1.9 Axial, SM, SMS 191 1.9 Axial, SMS - SZN4462 1N4462 7.5 34 2.5 400 0.5 1 Note 4 4.5 Note 4 - 30043-1N4462 1N4462 7.5 34 2.5 400 0.5 1 Note 4 4.5 +0.061 - 1N4462 1N4462 7.5 34 2.5 400 0.5 1 Note 4 4.5 +0.061 191 1.9 DO-41, US - SZN5922 1N5922 7.5 50 3 400 0.5 5 Note 4 6 Note 4 200 1.9 Axial, SMS - SZN4463 1N4463 8.2 31 3 400 0.5 0.5 Note 4 4.92 Note 4 174 1.7 Axial, SM, SMS - 30043-1N4463 1N4463 8.2 31 3 400 0.5 0.5 Note 4 4.92 +0.065 174 1.7 Axial, SMS - 1N4463 1N4463 8.2 31 3 400 0.5 0.5 Note 4 4.92 +0.065 174 1.7 DO-41, US - SZN5923 1N5923 8.2 45.7 3.5 400 0.5 5 Note 4 6.5 Note 4 182 1.7 Axial, SMS SZ1A8.2 SZ1B8.2 - 8.2 31 4 700 3.1 10 5 5.2 4 to 5.56 210 0.55 SM, SMS - SZN4464 1N4464 9.1 28 4 500 0.5 0.3 Note 4 5.46 Note 4 157 1.6 Axial, SM, SMS - 30043-1N4464 1N4464 9.1 28 4 500 0.5 0.3 Note 4 5.46 +0.068 157 1.6 Axial, SMS - 1N4464 1N4464 9.1 28 4 500 0.5 0.3 Note 4 5.46 +0.068 157 1.6 DO-41, US - SZN5924 1N5924 9.1 41.2 4 500 0.5 5 Note 4 7 Note 4 164 1.6 Axial, SMS SZ1A9.1 SZ1B9.1 - 9.1 28 4.5 700 2.8 10 5.3 5.7 5 to 6.36 187.5 0.5 SM, SMS - SZN4465 1N4465 10 25 5 500 0.25 0.3 Note 4 8 Note 4 143 1.4 Axial, SM, SMS - 30043-1N4465 1N4465 10 25 5 500 0.25 0.3 Note 4 8 +0.071 143 1.4 Axial, SMS - 1N4465 1N4465 10 25 5 500 0.25 0.3 Note 4 8 +0.071 143 1.4 DO-41, US - SZN5925 1N5925 10 37.5 4.5 500 0.25 5 Note 4 8 Note 4 150 1.4 Axial, SMS SZ1A10 SZ1B10 - 10 25 5 700 2.5 10 5.9 6.2 5.8 to 7.06 172.5 0.454 SM, SMS 130 1.3 Axial, SM, SMS 130 1.3 Axial, SMS - SZN4466 1N4466 11 23 6 550 0.25 0.3 Note 4 8.8 Note 4 - 30043-1N4466 1N4466 11 23 6 550 0.25 0.3 Note 4 8.8 +0.073 - 1N4466 1N4466 11 23 6 550 0.25 0.3 Note 4 8.8 +0.073 130 1.3 DO-41, US - SZN5926 1N5926 11 34.1 5.5 550 0.25 1 Note 4 8.4 Note 4 136 1.3 Axial, SMS SZ1A11 SZ1B11 - 11 23 7 700 2.3 7.5 6.6 6.9 6.8 to 86 157.5 0.414 SM, SMS - SZN4467 1N4467 12 21 7 550 0.25 0.2 Note 4 9.6 Note 4 119 1.2 Axial, SM, SMS - 30043-1N4467 1N4467 12 21 7 550 0.25 0.2 Note 4 9.6 +0.076 119 1.2 Axial, SMS - 1N4467 1N4467 12 21 7 550 0.25 0.2 Note 4 9.6 +0.076 119 1.2 DO-41, US - SZN5927 1N5927 12 31.2 6.5 550 0.25 1 Note 4 9.1 Note 4 125 1.2 Axial, SMS SZ1A12 SZ1B12 - 12 21 8 700 2.1 5 7.2 7.6 7.9 to 9.06 142.5 0.38 SM, SMS - SZN4468 1N4468 13 19 8 550 0.25 0.05 Note 4 10.4 Note 4 110 1.1 Axial, SM, SMS - 30043-1N4468 1N4468 13 19 8 550 0.25 0.05 Note 4 10.4 +0.079 110 1.1 Axial, SMS - 1N4468 1N4468 13 19 8 550 0.25 0.05 Note 4 10.4 +0.079 110 1.1 DO-41, US - SZN5928 1N5928 13 28.8 7 550 0.25 1 Note 4 9.9 Note 4 115 1.1 Axial, SMS SZ1A13 SZ1B13 - 13 19 9 700 1.9 5 8 8.4 10 to 136 127.5 0.344 SM, SMS NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded, SM = Surface Mount Round Tab (MELF), and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Use mV/°C instead of %/°C. 7. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. TX, TXV, and S-Level Screening Available Zener & TVS Products 27 1.5 W Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Part Number All parts are available with ±1% or ±2% Tolerances 28 ±10% ±5% Industry Part Number Nominal Zener Voltage1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK Ohms Maximum Reverse Leakage Current IZK IR mA VR VR Maximum Ratings Temperature Coefficient (Typical)5 Current Surge7 TC@IZT IZM IZSM Package3 ±10% ±5% µA V V %/°C mA A 12 Note 4 95 0.95 Axial, SM, SMS 12 +0.082 95 0.95 Axial, SMS - SZN4469 1N4469 15 17 9 600 0.25 0.05 Note 4 - 30043-1N4469 1N4469 15 17 9 600 0.25 0.05 Note 4 - 1N4469 1N4469 15 17 9 600 0.25 0.05 Note 4 12 +0.082 95 0.95 DO-41, US - SZN5929 1N5929 15 25 9 600 0.25 1 Note 4 11.4 Note 4 100 0.95 Axial, SMS SZ1A15 SZ1B15 - 15 17 10 700 1.7 2 8.6 9.1 11 to 146 120 0.304 SM, SMS - SZN4470 1N4470 16 15.5 10 600 0.25 0.05 Note 4 12.8 Note 4 90 0.9 Axial, SM, SMS - 30043-1N4470 1N4470 16 15.5 10 600 0.25 0.05 Note 4 12.8 +0.083 90 0.9 Axial, SMS - 1N4470 1N4470 16 15.5 10 600 0.25 0.05 Note 4 12.8 +0.083 90 0.9 DO-41, US - SZN5930 1N5930 16 23.4 10 600 0.25 1 Note 4 12.2 Note 4 93 0.9 Axial, SMS SZ1A16 SZ1B16 - 16 15.5 14 700 1.4 1 9.4 9.9 12 to 156 111 0.285 SM, SMS - SZN4471 1N4471 18 14 11 650 0.25 0.05 Note 4 14.4 Note 4 79 0.79 Axial, SM, SMS - 30043-1N4471 1N4471 18 14 11 650 0.25 0.05 Note 4 14.4 +0.085 79 0.79 Axial, SMS - 1N4471 1N4471 18 14 11 650 0.25 0.05 Note 4 14.4 +0.085 79 0.79 DO-41, US - SZN5931 1N5931 18 20.8 12 650 0.25 1 Note 4 13.7 Note 4 83 0.79 Axial, SMS SZ1A18 SZ1B18 - 18 14 16 750 1.6 1 10.8 11.4 14 to 176 94.5 0.25 SM, SMS - SZN4472 1N4472 20 12.5 12 650 0.25 0.05 Note 4 16 Note 4 71 0.71 Axial, SM, SMS - 30043-1N4472 1N4472 20 12.5 12 650 0.25 0.05 Note 4 16 +0.086 71 0.71 Axial, SMS - 1N4472 1N4472 20 12.5 12 650 0.25 0.05 Note 4 16 +0.086 71 0.71 DO-41, US - SZN5932 1N5932 20 18.7 14 650 0.25 1 Note 4 15.2 Note 4 75 0.71 Axial, SMS SZ1A20 SZ1B20 - 20 12.5 20 750 2.0 1 11.6 12.2 16 to 19 90 0.225 SM, SMS - SZN4473 1N4473 22 11.5 14 650 0.25 0.05 Note 4 17.6 Note 4 65 0.65 Axial, SM, SMS - 30043-1N4473 1N4473 22 11.5 14 650 0.25 0.05 Note 4 17.6 +0.087 65 0.65 Axial, SMS - 1N4473 1N4473 22 11.5 14 650 0.25 0.05 Note 4 17.6 +0.087 65 0.65 DO-41, US - SZN5933 1N5933 22 17 17.5 650 0.25 1 Note 4 16.7 Note 4 68 0.65 Axial, SMS SZ1A22 SZ1B22 - 22 11.5 22 750 2.2 0.5 13 13.7 17 to 206 78 0.205 SM, SMS - SZN4474 1N4474 24 10.5 16 700 0.25 0.05 Note 4 19.2 Note 4 60 0.6 Axial, SM, SMS - 30043-1N4474 1N4474 24 10.5 16 700 0.25 0.05 Note 4 19.2 +0.088 60 0.6 Axial, SMS - 1N4474 1N4474 24 10.5 16 700 0.25 0.05 Note 4 19.2 +0.088 60 0.6 DO-41, US - SZN5934 1N5934 24 15.6 19 700 0.25 1 Note 4 18.2 Note 4 62 0.6 Axial, SMS SZ1A24 SZ1B24 - 24 10.5 23 750 2.3 0.5 14.4 15.2 19 to 226 70.5 0.19 SM, SMS - SZN4475 1N4475 27 9.5 18 700 0.25 0.05 Note 4 21.6 Note 4 53 0.53 Axial, SM, SMS - 30043-1N4475 1N4475 27 9.5 18 700 0.25 0.05 Note 4 21.6 +0.09 53 0.53 Axial, SMS - 1N4475 1N4475 27 9.5 18 700 0.25 0.05 Note 4 21.6 +0.09 53 0.53 DO-41, US 6 - SZN5935 1N5935 27 13.9 23 700 0.25 1 Note 4 20.6 Note 4 55 0.53 Axial, SMS SZ1A27 SZ1B27 - 27 9.5 25 750 2.5 0.5 15.9 16.7 21 to 246 64.5 0.17 SM, SMS - SZN4476 1N4476 30 8.5 20 750 0.25 0.05 Note 4 24 Note 4 48 0.48 Axial, SM, SMS - 30043-1N4476 1N4476 30 8.5 20 750 0.25 0.05 Note 4 24 +0.091 48 0.48 Axial, SMS - 1N4476 1N4476 30 8.5 20 750 0.25 0.05 Note 4 24 +0.091 48 0.48 DO-41, US 50 0.48 Axial, SMS 60 0.15 SM, SMS - SZN5936 1N5936 30 12.5 28 750 0.25 1 Note 4 22.8 Note 4 SZ1A30 SZ1B30 - 30 8.5 35 1000 3.5 0.5 17.3 18.2 24 to 286 - SZN4477 1N4477 33 7.5 25 800 0.25 0.05 Note 4 26.4 Note 4 43 0.43 Axial, SM, SMS - 30043-1N4477 1N4477 33 7.5 25 800 0.25 0.05 Note 4 26.4 +0.092 43 0.43 Axial, SMS Zeners & TVS Products TX, TXV, and S-Level Screening Available 1.5 W Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number All parts are available with ±1% or ±2% Tolerances ±10% ±5% Industry Part Number Nominal Zener Voltage1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK Ohms Maximum Reverse Leakage Current IZK IR mA VR VR Maximum Ratings Temperature Coefficient (Typical)5 Current Surge7 IZM IZSM ±10% ±5% TC@IZT µA V V %/°C mA A Package3 - 1N4477 1N4477 33 7.5 25 800 0.25 0.05 Note 4 26.4 +0.092 43 0.43 DO-41, US - SZN5937 1N5937 33 11.4 33 800 0.25 1 Note 4 25.1 Note 4 45 0.43 Axial, SMS SZ1A33 SZ1B33 - 33 7.5 40 1000 4.0 0.5 19.8 20.6 28 to 326 51 0.135 SM, SMS - SZN4478 1N4478 36 7 27 850 0.25 0.05 Note 4 28.8 Note 4 40 0.4 Axial, SM, SMS - 30043-1N4478 1N4478 36 7 27 850 0.25 0.05 Note 4 28.8 +0.093 40 0.4 Axial, SMS - 1N4478 1N4478 36 7 27 850 0.25 0.05 Note 4 28.8 +0.093 40 0.4 DO-41, US - SZN5938 1N5938 36 10.4 38 850 0.25 1 Note 4 27.4 Note 4 41 0.4 Axial, SMS SZ1A36 SZ1B36 - 36 7 45 1000 4.5 0.5 21.8 22.8 30 to 356 46.5 0.125 SM, SMS - SZN4479 1N4479 39 6.5 30 900 0.25 0.05 Note 4 31.2 Note 4 37 0.37 Axial, SM, SMS - 30043-1N4479 1N4479 39 6.5 30 900 0.25 0.05 Note 4 31.2 +0.094 37 0.37 Axial, SMS - 1N4479 1N4479 39 6.5 30 900 0.25 0.05 Note 4 31.2 +0.094 37 0.37 DO-41, US - SZN5939 1N5939 39 9.6 45 900 0.25 1 Note 4 29.7 Note 4 38 0.37 Axial, SMS SZ1A39 SZ1B39 - 39 6.5 50 1000 5.0 0.5 24.1 25.1 32 to 376 42 0.115 SM, SMS - SZN4480 1N4480 43 6 40 950 0.25 0.05 Note 4 34.4 Note 4 33 0.33 Axial, SM, SMS - 30043-1N4480 1N4480 43 6 40 950 0.25 0.05 Note 4 34.4 +0.095 33 0.33 Axial, SMS - 1N4480 1N4480 43 6 40 950 0.25 0.05 Note 4 34.4 +0.095 33 0.33 DO-41, US - SZN5940 1N5940 43 8.7 53 950 0.25 1 Note 4 32.7 Note 4 34 0.33 Axial, SMS SZ1A43 SZ1B43 - 43 6 60 1500 6.0 0.5 26.4 27.4 35 to 406 39 0.11 SM, SMS - SZN4481 1N4481 47 5.5 50 1000 0.25 0.05 Note 4 37.6 Note 4 30 0.3 Axial, SM, SMS - 30043-1N4481 1N4481 47 5.5 50 1000 0.25 0.05 Note 4 37.6 +0.095 30 0.3 Axial, SMS - 1N4481 1N4481 47 5.5 50 1000 0.25 0.05 Note 4 37.6 +0.095 30 0.3 DO-41, US 31 0.3 Axial, SMS 34.5 0.095 SM, SMS - SZN5941 1N5941 47 8 67 1000 0.25 1 Note 4 35.8 Note 4 SZ1A47 SZ1B47 - 47 5.5 70 1500 7.0 0.5 28.7 29.7 40 to 456 - SZN4482 1N4482 51 5 60 1100 0.25 0.05 Note 4 40.8 Note 4 28 0.28 Axial, SM, SMS - 30043-1N4482 1N4482 51 5 60 1100 0.25 0.05 Note 4 40.8 +0.096 28 0.28 Axial, SMS - 1N4482 1N4482 51 5 60 1100 0.25 0.05 Note 4 40.8 +0.096 28 0.28 DO-41, US - SZN5942 1N5942 51 7.3 70 1100 0.25 1 Note 4 38.8 Note 4 29 0.28 Axial, SMS SZ1A51 SZ1B51 - 51 5 80 1500 8.0 0.5 30.7 32.7 44 to 506 31.5 0.09 SM, SMS - SZN4483 1N4483 56 4.5 70 1300 0.25 0.25 Note 4 44.8 Note 4 26 0.26 Axial, SM, SMS - SZN5943 1N5943 56 6.7 86 1300 0.25 1 Note 4 42.6 Note 4 26 0.26 Axial, SMS - 30043-1N4483 1N4483 56 4.5 70 1300 0.25 0.25 Note 4 44.8 +0.096 26 0.26 Axial, SMS - 1N4483 1N4483 56 4.5 70 1300 0.25 0.25 Note 4 44.8 +0.096 26 0.26 DO-41, US SZ1A56 SZ1B56 - 56 4.5 95 2000 9.5 0.5 33.8 35.8 48 to 546 28.5 0.08 SM, SMS - SZN4484 1N4484 62 4 80 1500 0.25 0.25 Note 4 49.6 Note 4 23 0.23 Axial, SM, SMS - 30043-1N4484 1N4484 62 4 80 1500 0.25 0.25 Note 4 49.6 +0.097 23 0.23 Axial, SMS - 1N4484 1N4484 62 4 80 1500 0.25 0.25 Note 4 49.6 +0.097 23 0.23 DO-41, US NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded, SM = Surface Mount Round Tab (MELF), and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Use mV/°C instead of %/°C. 7. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. TX, TXV, and S-Level Screening Available Zener & TVS Products 29 1.5 W Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Part Number All parts are available with ±1% or ±2% Tolerances 30 ±10% ±5% Industry Part Number Nominal Zener Voltage1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK Ohms Maximum Reverse Leakage Current IZK IR mA VR VR Maximum Ratings Temperature Coefficient (Typical)5 Current Surge7 TC@IZT IZM IZSM Package3 ±10% ±5% µA V V %/°C mA A 1 Note 4 47.1 Note 4 24 0.23 Axial, SMS 0.5 36.8 38.8 53 to 606 27 0.07 SM, SMS - SZN5944 1N5944 62 6 100 1500 0.25 SZ1A62 SZ1B62 - 62 4 110 2000 - SZN4485 1N4485 68 3.7 100 1700 0.25 0.25 Note 4 54.4 Note 4 21 0.21 Axial, SM, SMS - 30043-1N4485 1N4485 68 3.7 100 1700 0.25 0.25 Note 4 54.4 +0.097 21 0.21 Axial, SMS 11 - 1N4485 1N4485 68 3.7 100 1700 0.25 0.25 Note 4 54.4 +0.097 21 0.21 DO-41, US - SZN5945 1N5945 68 5.5 120 1700 0.25 1 Note 4 51.2 Note 4 22 0.21 Axial, SMS SZ1A68 SZ1B68 - 68 3.7 125 2000 12.5 0.5 40.6 42.6 60 to 686 25.5 0.065 SM, SMS - SZN4486 1N4486 75 3.3 130 2000 0.25 0.25 Note 4 60.4 Note 4 19 0.19 Axial, SM, SMS - 30043-1N4486 1N4486 75 3.3 130 2000 0.25 0.25 Note 4 60 +0.098 19 0.19 Axial, SMS - 1N4486 1N4486 75 3.3 130 2000 0.25 0.25 Note 4 60 +0.098 19 0.19 DO-41, US - SZN5946 1N5946 75 5 140 2000 0.25 1 Note 4 56 Note 4 20 0.19 Axial, SMS SZ1A75 SZ1B75 - 75 3.3 150 2000 15.0 0.5 45.1 47.1 65 to 746 22.5 0.06 SM, SMS - SZN4487 1N4487 82 3 160 2500 0.25 0.25 Note 4 65.6 Note 4 17 0.17 Axial, SM, SMS - 30043-1N4487 1N4487 82 3 160 2500 0.25 0.25 Note 4 65.6 +0.098 17 0.17 Axial, SMS - 1N4487 1N4487 82 3 160 2500 0.25 0.25 Note 4 65.6 +0.098 17 0.17 DO-41, US - SZN5947 1N5947 82 4.6 160 2500 0.25 1 Note 4 62.2 Note 4 18 0.17 Axial, SMS SZ1A82 SZ1B82 - 82 3 175 3000 17.5 0.5 48.7 51.7 70 to 806 21 0.055 SM, SMS - SZN4488 1N4488 91 2.8 200 3000 0.25 0.25 Note 4 72.8 Note 4 16 0.16 Axial, SM, SMS - SZN5948 1N5948 91 4.1 200 3000 0.25 1 Note 4 69.2 Note 4 16 0.16 Axial, SMS - 30043-1N4488 1N4488 91 2.8 200 3000 0.25 0.25 Note 4 72.8 +0.099 16 0.16 Axial, SMS - 1N4488 1N4488 91 2.8 200 3000 0.25 0.25 Note 4 72.8 +0.099 16 0.16 DO-41, US SZ1A91 SZ1B91 - 91 2.8 200 3000 20.0 0.5 53 56 80 to 91 18 0.05 SM, SMS - SZN4489 1N4489 100 2.5 250 3100 0.25 0.25 Note 4 80.8 Note 4 14 0.14 Axial, SM, SMS - 30043-1N4489 1N4489 100 2.5 250 3100 0.25 0.25 Note 4 80 +0.100 14 0.14 Axial, SMS - 1N4489 1N4489 100 2.5 250 3100 0.25 0.25 Note 4 80 +0.100 14 0.14 DO-41, US - SZN5949 1N5949 100 3.7 250 3100 0.25 1 Note 4 76 Note 4 15 0.14 Axial, SMS SZ1A100 SZ1B100 - 100 2.5 250 3000 25.0 0.5 59.2 62.2 90 to 1006 16.5 0.045 SM, SMS 6 - SZN4490 1N4490 110 2 300 4000 0.25 0.25 Note 4 88 Note 4 13 0.13 Axial, SM, SMS - SZN5950 1N5950 110 3.4 300 4000 0.25 1 Note 4 83.6 Note 4 13 0.13 Axial, SMS - 30043-1N4490 1N4490 110 2.3 300 4000 0.25 0.25 Note 4 88 +0.100 13 0.13 Axial, SMS - 1N4490 1N4490 110 2.3 300 4000 0.25 0.25 Note 4 88 +0.100 13 0.13 DO-41, US - SZN4491 1N4491 120 2 400 4500 0.25 0.25 Note 4 96 Note 4 12 0.12 Axial, SM, SMS - SZN5951 1N5951 120 3.1 380 4500 0.25 1 Note 4 91.2 Note 4 12 0.12 Axial, SMS - 30043-1N4491 1N4491 120 2 400 4500 0.25 0.25 Note 4 96 +0.100 12 0.12 Axial, SMS - 1N4491 1N4491 120 2 400 4500 0.25 0.25 Note 4 96 +0.100 12 0.12 DO-41, US - SZN4492 1N4492 130 1.9 500 5000 0.25 0.25 Note 4 104 Note 4 11 0.11 Axial, SM, SMS - SZN5952 1N5952 130 2.9 450 5000 0.25 1 Note 4 98.8 Note 4 11 0.11 Axial, SMS - 30043-1N4492 1N4492 130 1.9 500 5000 0.25 0.25 Note 4 104 +0.100 11 0.11 Axial, SMS - 1N4492 1N4492 130 1.9 500 5000 0.25 0.25 Note 4 104 +0.100 11 0.11 DO-41, US - SZN4493 1N4493 150 1.7 700 6000 0.25 0.25 Note 4 120 Note 4 9.5 0.095 Axial, SM, SMS - 30043-1N4493 1N4493 150 1.7 700 6000 0.25 0.25 Note 4 120 +0.100 9.5 0.095 Axial, SMS - 1N4493 1N4493 150 1.7 700 6000 0.25 0.25 Note 4 120 +0.100 9.5 0.095 DO-41, US Zeners & TVS Products TX, TXV, and S-Level Screening Available 1.5 W Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number All parts are available with ±1% or ±2% Tolerances Industry Part Number Nominal Zener Voltage1 Zener Test Current VZ IZT Maximum Dynamic Impedance2 ZZT ZZK Ohms Maximum Reverse Leakage Current VR VR Maximum Ratings Temperature Coefficient (Typical)5 Current Surge7 TC@IZT IZM IZSM Package3 IZK IR mA µA V V %/°C mA A 1 Note 4 114 Note 4 10 0.095 Axial, SMS 0.089 Axial, SM, SMS ±10% ±5% ±10% ±5% V mA - SZN5953 1N5953 150 2.5 600 - SZN4494 1N4494 160 1.6 1000 6500 0.25 0.25 Note 4 128 Note 4 8.9 6000 0.25 - 30043-1N4494 1N4494 160 1.6 1000 6500 0.25 0.25 Note 4 128 +0.100 8.9 0.089 Axial, SMS - 1N4494 1N4494 160 1.6 1000 6500 0.25 0.25 Note 4 128 +0.100 8.9 0.089 DO-41, US - SZN5954 1N5954 160 2.3 700 1 Note 4 121.6 Note 4 9 0.089 Axial, SMS - SZN4495 1N4495 180 1.4 1300 7000 0.25 6500 0.25 0.25 Note 4 144 Note 4 7.9 0.079 Axial, SM, SMS - 30043-1N4495 1N4495 180 1.4 1300 7000 0.25 0.25 Note 4 144 +0.100 7.9 0.079 Axial, SMS - 1N4495 1N4495 180 1.4 1300 7000 0.25 0.25 Note 4 144 +0.100 7.9 0.079 DO-41, US - SZN5955 1N5955 180 2.1 900 7000 0.25 1 Note 4 136.8 Note 4 8 0.079 Axial, SMS - SZN5956 1N5956 200 1.9 1200 8000 0.25 1 Note 4 152 Note 4 7 0.072 Axial, SMS - SZN4496 1N4496 200 1.2 1500 8000 0.25 0.25 Note 4 160 Note 4 7.2 0.072 Axial, SM, SMS - 30043-1N4496 1N4496 200 1.2 1500 8000 0.25 0.25 Note 4 160 +0.100 7.2 0.072 Axial, SMS 1500 8000 0.25 - 1N4496 1N4496 200 1.2 0.25 Note 4 160 +0.100 7.2 0.072 DO-41, US SZ1.5A220 SZ1.5B220 - 220 2 1850 Note 4 Note 4 1 152 160 +0.13 6.8 0.09 Axial, SM, SMS SZ1.5A240 SZ1.5B240 - 240 2 2050 Note 4 Note 4 1 171 180 +0.13 6.3 0.09 Axial, SM, SMS SZ1.5A270 SZ1.5B270 - 270 2 2300 Note 4 Note 4 1 190 200 +0.13 5.6 0.08 Axial, SM, SMS SZ1.5A300 SZ1.5B300 - 300 2 2700 Note 4 Note 4 1 210 220 +0.14 5 0.07 Axial, SM, SMS SZ1.5A330 SZ1.5B330 - 330 2 2900 Note 4 Note 4 1 230 240 +0.14 4.5 0.07 Axial, SM, SMS SZ1.5A360 SZ1.5B360 - 360 2 3300 Note 4 Note 4 1 260 270 +0.14 4.2 0.06 Axial, SM, SMS SZ1.5A390 SZ1.5B390 - 390 2 3900 Note 4 Note 4 1 290 300 +0.14 3.8 0.06 Axial, SM, SMS SZ1.5A430 SZ1.5B430 - 430 2 4500 Note 4 Note 4 1 310 330 +0.15 3.5 0.05 Axial, SM, SMS SZ1.5A470 SZ1.5B470 - 470 2 5200 Note 4 Note 4 1 340 360 +0.15 3.2 0.05 Axial, SM, SMS SZ1.5A510 SZ1.5B510 - 510 2 5900 Note 4 Note 4 1 370 390 +0.16 2.9 0.04 Axial, SM, SMS SZ1A3.3 - SZ1A100 Series Data Sheet Z00003 1.5 W Surface Mount Round Tab (SM) and Surface Mount Square Tab (SMS) (See page 25 for 1W Axial Leaded versions) Features: ▪▪ Hermetically sealed in glass ▪▪ Available in 10% and 5% tolerances - for other voltage tolerances, contact factory ▪▪ TX, TXV, and Space level screening available SM8 C ØA SM B D DIM MIN MAX A .084” .102” B .189” .205” C .010” .022” D C SMS8 A A D SMS B Body to Tab Clearance: .001” DIM MIN MAX A .125” .135” B .195” .260” C .023” .027” D Body to Tab Clearance: .001” NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded, SM = Surface Mount Round Tab (MELF), and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Use mV/°C instead of %/°C. 7. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. 8. All dimensions are prior to soldering. TX, TXV, and S-Level Screening Available Zener & TVS Products 31 1.5 W Zener Diodes SZN4460 - SZN4496 Series and SZN6485 - SZN6491 Series Axial Data Sheet Z00008 1.5 W Axial Leaded, Surface Mount Round Tab (SM), and Surface Mount Square Tab (SMS) Features: ▪▪ Hermetically sealed in glass ▪▪ Available in 5%, 2%, and 1% tolerances ▪▪ Replaces 1N4460 - 1N4496 & 1N6485 1N6491 Series ▪▪ TX, TXV, and Space level screening available SM Axial1 ØD ØA C ØA B D DIM MIN MAX A .084” .102” B .189” .205” .010” .022” C D C B SM1 C C DIM MIN MAX A .080” .107” B .145” .181” C 1.00” --- D .028” .034” SMS1 A A D DIM MIN MAX A .125” .135” B .195” .260” .023” .027” C B Body to Tab Clearance: .001" D SZN5913 - SZN5956 Series ØD ØA Features: ▪▪ Hermetically sealed in glass ▪▪ Available in 5%, 2%, and 1% tolerances ▪▪ Replaces 1N5913 - 1N5956 Series ▪▪ TX, TXV, and Space level screening available C C B C A B SZ1.5A220 - SZ1.5B510 Series DIM MIN MAX A .080” .107” B .160” .181” C 1.00” --- D .028” .034” SMS1 A D DIM MIN MAX A .125” .135” B .200” .235” C .023” .027” D Data Sheet Z00017 1.5 W Axial Leaded, Surface Mount Round Tab (SM), and Surface Mount Square Tab (SMS) Features: ▪▪ Hermetically sealed in glass ▪▪ Available in 10% and 5% tolerances - for other voltage tolerances, contact factory ▪▪ For higher voltages up to 1200V, consult factory ▪▪ TX, TXV, and Space level screening available B D Body to Tab Clearance: .003” Axial1 DIM ØD ØA C DIM MIN MAX A .077” .083” B .130” .146” C .010” .022” D +.000" --- C B SM1 ØA Body to Tab Clearance: .003” Axial1 Data Sheet Z00012 1.5 W Axial Leaded and Surface Mount Square Tab (SMS) C SMS C B MAX A --- .085” B .130” .175” C 1.00” --- D .028” .034” SMS1 A A D MIN DIM MIN MAX A .090” .100” B .175” .215” C .022” .028” D .002" --- NOTE: 1. All dimensions are prior to soldering. 32 Zeners & TVS Products TX, TXV, and S-Level Screening Available 3 W Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number All parts are available with ±1% or ±2% Tolerances Industry Part Number Nominal Zener Voltage1 Zener Test Current Maximum Dynamic Impedance2 VZ IZT ZZT IR V mA Ohms Maximum Reverse Leakage Current VR VR Maximum Ratings Temperature Coefficient (Typical) Current Surge5 TC@IZT IZM IZSM Package3 ±10% ±5% µA V V %/°C mA A 5.2 Note 4 440 10 Axial, SM, SMS 5.2 +0.04 440 10 Body A (Axial) ±10% ±5% SZN5063A SZN5063B 1N5063 6.8 75 2 500 Note 4 UZ806 UZ706 1N5063 6.8 75 2 500 4.9 SZ3GA7.5 SZ3GB7.5 - 7.5 100 2 50 3 4 +0.07 400 8 Axial SZ3FA7.5 SZ3FB7.5 - 7.5 100 2 50 3 4 +0.07 400 8 Axial SZN5064A SZN5064B 1N5064 7.5 75 2 300 Note 4 5.7 Note 4 400 8 Axial, SM, SMS UZ807 UZ707 1N5064 7.5 75 2 300 5.4 5.7 +0.04 400 8 Body A (Axial) SZ3GA8.2 SZ3GB8.2 - 8.2 100 2.2 10 4 5 +0.08 360 7 Axial SZ3FA8.2 SZ3FB8.2 - 8.2 100 2.2 10 4 5 +0.08 360 7 Axial SZN5065A SZN5065B 1N5065 8.2 75 3 200 Note 4 6.2 Note 4 360 7 Axial, SM, SMS UZ808 UZ708 1N5065 8.2 75 3 200 5.9 6.2 +0.05 360 7 Body A (Axial) SZ3GA9.1 SZ3GB9.1 - 9.1 50 4 10 5 6 +0.08 330 6 Axial SZ3FA9.1 SZ3FB9.1 - 9.1 50 4 10 5 6 +0.08 330 6 Axial SZN5066A SZN5066B 1N5066 9.1 75 3 100 Note 4 6.9 Note 4 330 6 Axial, SM, SMS UZ809 UZ709 1N5066 9.1 75 3 100 6.6 6.9 +0.05 330 6 Body A (Axial) SZ3GA10 SZ3GB10 - 10 50 4.4 7 7.1 7.5 +0.09 300 5 Axial SZ3FA10 SZ3FB10 - 10 50 4.4 7 7.1 7.5 +0.09 300 5 Axial SZN5067A SZN5067B 1N5067 10 75 4 40 Note 4 7.6 Note 4 300 5 Axial, SM, SMS UZ810 UZ710 1N5067 10 75 4 40 7.2 7.6 +0.06 300 5 Body A (Axial) SZ3GA11 SZ3GB11 - 11 50 4.9 3 7.8 8.2 +0.1 250 4 Axial SZ3FA11 SZ3FB11 - 11 50 4.9 3 7.8 8.2 +0.1 250 4 Axial SZN5068A SZN5068B 1N5068 11 70 5 25 Note 4 8.4 Note 4 275 4.5 Axial, SM, SMS SZ3GA12 SZ3GB12 - 12 50 5.4 2 8.6 9.1 +0.1 230 4 Axial SZ3FA12 SZ3FB12 - 12 50 5.4 2 8.6 9.1 +0.1 230 4 Axial UZ812 UZ712 1N4883 12 65 5 10 8.6 9.1 +0.07 250 4 Body A (Axial) SZ3GA13 SZ3GB13 - 13 50 6 2 9.5 10 +0.1 200 3 Axial SZ3FA13 SZ3FB13 - 13 50 6 2 9.5 10 +0.1 200 3 Axial SZN5069A SZN5069B 1N5069 13 50 6 10 Note 4 9.9 Note 4 230 4 Axial, SM, SMS UZ813 UZ713 1N5069 13 50 6 10 9.3 9.9 +0.07 230 4 Body A (Axial) SZN5070A SZN5070B 1N5070 14 50 6 10 Note 4 10.7 Note 4 210 4 Axial, SM, SMS UZ814 UZ714 1N5070 14 50 6 10 10.1 10.6 +0.07 210 4 Body A (Axial) SZ3GA15 SZ3GB15 - 15 50 6.4 1 10.5 11 +0.1 185 3 Axial SZ3FA15 SZ3FB15 - 15 50 6.4 1 10.5 11 +0.1 185 3 Axial SZN5071A SZN5071B 1N5071 15 50 6 10 Note 4 11.4 Note 4 200 3 Axial, SM, SMS UZ815 UZ715 1N5071 15 50 6 10 10.8 11.4 +0.07 200 3 Body A (Axial) SZ3GA16 SZ3GB16 - 16 25 7.1 1 11.4 12 +0.11 170 2 Axial SZ3FA16 SZ3FB16 - 16 25 7.1 1 11.4 12 +0.11 170 2 Axial SZN5072A SZN5072B 1N5072 16 50 7 5 Note 4 12.2 Note 4 185 3 Axial, SM, SMS UZ816 UZ716 1N5072 16 50 7 5 11.5 12.2 +0.07 185 3 Body A (Axial) NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded, SM = Surface Mount Round Tab (MELF), and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration, non-repetitive. The 8.3 msec square pulse rating is 71% of the value shown. TX, TXV, and S-Level Screening Available Zener & TVS Products 33 3 W Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number All parts are available with ±1% or ±2% Tolerances Industry Part Number Nominal Zener Voltage1 Zener Test Current Maximum Dynamic Impedance2 VZ IZT ZZT IR ±10% V mA Ohms µA Maximum Ratings Temperature Coefficient (Typical) Current Surge5 ±5% TC@IZT IZM IZSM V V %/°C mA A Maximum Reverse Leakage Current VR VR Package3 ±10% ±5% SZ3GA18 SZ3GB18 - 18 25 7.9 1 12.4 13 +0.11 150 2 Axial SZ3FA18 SZ3FB18 - 18 25 7.9 1 12.4 13 +0.11 150 2 Axial SZN5073A SZN5073B 1N5073 18 40 8 5 Note 4 13.7 Note 4 170 2 Axial, SM, SMS UZ818 UZ718 1N5073 18 40 8 5 12.9 13.7 +0.08 170 2 Body A (Axial) SZ3GA20 SZ3GB20 - 20 25 8.7 1 14.3 15 +0.11 135 2 Axial SZ3FA20 SZ3FB20 - 20 25 8.7 1 14.3 15 +0.11 135 2 Axial UZ820 UZ720 1N4884 20 40 9 5 14.4 15.2 +0.08 150 2 Body A (Axial) SZ3GA22 SZ3GB22 - 22 25 9.7 1 15.5 16 +0.11 125 1.5 Axial SZ3FA22 SZ3FB22 - 22 25 9.7 1 15.5 16 +0.11 125 1.5 Axial SZN5074A SZN5074B 1N5074 22 30 10 5 Note 4 16.7 Note 4 135 2 Axial, SM, SMS UZ822 UZ722 1N5074 22 30 10 5 15.8 16.7 +0.08 135 2 Body A (Axial) SZ3GA24 SZ3GB24 - 24 25 11 1 17.1 18 +0.11 110 1.5 Axial SZ3FA24 SZ3FB24 - 24 25 11 1 17.1 18 +0.11 110 1.5 Axial SZN5075A SZN5075B 1N5075 24 30 10 5 Note 4 18.2 Note 4 125 1.5 Axial, SM, SMS UZ824 UZ724 1N5075 24 30 10 5 17.3 18.2 +0.08 125 1.5 Body A (Axial) SZ3GA27 SZ3GB27 - 27 25 12 1 19 20 +0.11 100 1.5 Axial SZ3FA27 SZ3FB27 - 27 25 12 1 19 20 +0.11 100 1.5 Axial SZN5076A SZN5076B 1N5076 27 25 12 1 Note 4 20.6 Note 4 110 1.5 Axial, SM, SMS UZ827 UZ727 1N5076 27 25 12 1 19.4 20.6 +0.09 110 1.5 Body A (Axial) SZ3GA30 SZ3GB30 - 30 25 16 1 20 22 +0.11 90 1.2 Axial SZ3FA30 SZ3FB30 - 30 25 16 1 20 22 +0.11 90 1.2 Axial SZN5077A SZN5077B 1N5077 30 25 15 1 Note 4 22.8 Note 4 100 1.5 Axial, SM, SMS UZ830 UZ730 1N5077 30 25 15 1 21.6 22.8 +0.09 100 1.5 Body A (Axial) SZ3GA33 SZ3GB33 - 33 10 22 1 23 24 +0.11 85 1 Axial SZ3FA33 SZ3FB33 - 33 10 22 1 23 24 +0.11 85 1 Axial SZN5078A SZN5078B 1N5078 33 20 21 1 Note 4 25.1 Note 4 90 1.2 Axial, SM, SMS UZ833 UZ733 1N5078 33 20 21 1 23.7 25.1 +0.09 90 1.2 Body A (Axial) SZ3GA36 SZ3GB36 - 36 10 28 1 26 27 +0.11 65 0.8 Axial SZ3FA36 SZ3FB36 - 36 10 28 1 26 27 +0.11 65 0.8 Axial SZN5079A SZN5079B 1N5079 36 20 21 1 Note 4 27.4 Note 4 85 1 Axial, SM, SMS UZ836 UZ736 1N5079 36 20 21 1 25.9 27.4 +0.09 85 1 Body A (Axial) SZ3GA39 SZ3GB39 - 39 10 36 1 29 30 +0.11 60 0.8 Axial SZ3FA39 SZ3FB39 - 39 10 36 1 29 30 +0.11 60 0.8 Axial SZN5080A SZN5080B 1N5080 39 20 27 1 Note 4 29.7 Note 4 80 1 Axial, SM, SMS SZN5081A SZN5081B 1N5081 40 20 27 1 Note 4 30.4 Note 4 75 1 Axial, SM, SMS UZ840 UZ740 1N5081 40 20 27 1 28.8 30.4 +0.095 75 1 Body A (Axial) SZ3GA43 SZ3GB43 - 43 10 43 1 31 33 +0.13 55 0.7 Axial SZ3FA43 SZ3FB43 - 43 10 43 1 31 33 +0.13 55 0.7 Axial NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded, SM = Surface Mount Round Tab (MELF), and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration, non-repetitive. The 8.3 msec square pulse rating is 71% of the value shown. 34 Zeners & TVS Products TX, TXV, and S-Level Screening Available 3 W Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number All parts are available with ±1% or ±2% Tolerances Industry Part Number Nominal Zener Voltage1 Zener Test Current Maximum Dynamic Impedance2 VZ IZT ZZT IR V mA Ohms Maximum Reverse Leakage Current VR VR Maximum Ratings Temperature Coefficient (Typical) Current Surge5 TC@IZT IZM IZSM Package3 ±10% ±5% µA V V %/°C mA A 70 0.8 Axial, SM, SMS 65 0.8 Axial, SM, SMS ±10% ±5% SZN5082A SZN5082B 1N5082 43 15 35 1 Note 4 32.7 Note 4 SZN5083A SZN5083B 1N5083 45 15 37 1 Note 4 34.2 Note 4 UZ845 UZ745 1N5083 45 15 37 1 32.4 34.2 +0.095 65 0.8 Body A (Axial) SZ3GA47 SZ3GB47 - 47 10 51 1 34 36 +0.13 50 0.6 Axial SZ3FA47 SZ3FB47 - 47 10 51 1 34 36 +0.13 50 0.6 Axial SZN5084A SZN5084B 1N5084 47 15 43 1 Note 35.8 Note 4 62 0.8 Axial, SM, SMS SZN5085A SZN5085B 1N5085 50 15 50 1 Note 4 38 Note 4 60 0.8 Axial, SM, SMS UZ850 UZ750 1N5085 50 15 50 1 36 38 +0.095 60 0.8 Body A (Axial) SZ3GA51 SZ3GB51 - 51 10 60 1 37 39 +0.13 45 0.6 Axial SZ3FA51 SZ3FB51 - 51 10 60 1 37 39 +0.13 45 0.6 Axial SZN5086A SZN5086B 1N5086 51 15 50 1 Note 4 38.8 Note 4 60 0.8 Axial, SM, SMS SZ3GA56 SZ3GB56 - 56 10 70 1 41 43 +0.13 40 0.5 Axial SZ3FA56 SZ3FB56 - 56 10 70 1 41 43 +0.13 40 0.5 Axial SZN5087A SZN5087B 1N5087 56 10 70 1 Note 4 42.6 Note 4 55 0.7 Axial, SM, SMS UZ856 UZ756 1N5087 56 10 70 1 40.3 42.6 +0.095 55 0.7 Body A (Axial) SZN5088A SZN5088B 1N5088 60 10 70 1 Note 4 45.6 Note 4 50 0.6 Axial, SM, SMS UZ860 UZ760 1N5088 60 10 70 1 43.2 45.7 +0.095 50 0.6 Body A (Axial) SZ3GA62 SZ3GB62 - 62 10 80 1 45 47 +0.13 35 0.4 Axial SZ3FA62 SZ3FB62 - 62 10 80 1 45 47 +0.13 35 0.4 Axial SZN5089A SZN5089B 1N5089 62 10 75 1 Note 4 47.1 Note 4 45 0.6 Axial, SM, SMS SZ3GA68 SZ3GB68 - 68 10 90 1 49 51 +0.13 30 0.4 Axial SZ3FA68 SZ3FB68 - 68 10 90 1 49 51 +0.13 30 0.4 Axial SZN5090A SZN5090B 1N5090 68 10 85 1 Note 4 51.7 Note 4 45 0.6 Axial, SM, SMS SZN5091A SZN5091B 1N5091 70 10 90 1 Note 4 53.3 Note 4 45 0.6 Axial, SM, SMS UZ870 UZ770 1N5091 70 10 90 1 50.5 53.3 +0.095 45 0.6 Body A (Axial) SZ3GA75 SZ3GB75 - 75 10 100 1 53 56 +0.13 30 0.4 Axial SZ3FA75 SZ3FB75 - 75 10 100 1 53 56 +0.13 30 0.4 Axial SZN5092A SZN5092B 1N5092 75 10 100 1 Note 4 56 Note 4 40 0.5 Axial, SM, SMS UZ875 UZ775 1N5092 75 10 100 1 54 56 +0.095 40 0.5 Body A (Axial) SZN5093A SZN5093B 1N5093 80 10 115 1 Note 4 60.8 Note 4 35 0.4 Axial, SM, SMS UZ880 UZ780 1N5093 80 10 115 1 57.7 60.8 +0.095 35 0.4 Body A (Axial) SZ3GA82 SZ3GB82 - 82 10 120 1 59 62 +0.13 25 0.3 Axial SZ3FA82 SZ3FB82 - 82 10 120 1 59 62 +0.13 25 0.3 Axial SZN5094A SZN5094B 1N5094 82 10 120 1 Note 4 62.2 Note 4 35 0.4 Axial, SM, SMS UZ890 UZ790 1N4096 90 8 150 1 64.8 68.5 +0.095 30 0.4 Body A (Axial) SZ3GA91 SZ3GB91 - 91 5 145 1 65 68 +0.13 25 0.2 Axial SZ3FA91 SZ3FB91 - 91 5 145 1 65 68 +0.13 25 0.2 Axial SZN5095A SZN5095B 1N5095 91 8 155 1 Note 4 69.2 Note 4 30 0.4 Axial, SM, SMS NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded, SM = Surface Mount Round Tab (MELF), and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration, non-repetitive. The 8.3 msec square pulse rating is 71% of the value shown. TX, TXV, and S-Level Screening Available Zener & TVS Products 35 3 W Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number All parts are available with ±1% or ±2% Tolerances 36 Industry Part Number Nominal Zener Voltage1 Zener Test Current Maximum Dynamic Impedance2 VZ IZT ZZT IR Maximum Reverse Leakage Current VR ±10% VR ±5% Maximum Ratings Temperature Coefficient (Typical) Current Surge5 TC@IZT IZM IZSM Package3 ±10% ±5% V mA Ohms µA V V %/°C mA A SZ3GA100 SZ3GB100 - 100 5 175 1 71 75 +0.13 20 0.2 Axial SZ3FA100 SZ3FB100 - 100 5 175 1 71 75 +0.13 20 0.2 Axial UZ210 UZ110 1N4097 100 5 175 1 72 76 +0.1 30 0.4 Body A (Axial) SZ3GA110 SZ3GB110 - 110 5 250 1 77 82 +0.13 20 0.2 Axial SZ3FA110 SZ3FB110 - 110 5 250 1 77 82 +0.13 20 0.2 Axial SZN5096A SZN5096B 1N5096 110 5 250 1 Note 4 83.6 Note 4 25 0.3 Axial, SM, SMS UZ211 UZ111 1N5096 110 5 250 1 79.2 83.6 +0.1 25 0.3 Body A (Axial) SZ3GA120 SZ3GB120 - 120 5 325 1 86 91 +0.13 20 0.2 Axial SZ3FA120 SZ3FB120 - 120 5 325 1 86 91 +0.13 20 0.2 Axial SZN5097A SZN5097B 1N5097 120 5 325 1 Note 4 91.2 Note 4 25 0.2 Axial, SM, SMS UZ212 UZ112 1N5097 120 5 325 1 86.4 91.2 +0.1 25 0.2 Body A (Axial) SZ3GA130 SZ3GB130 - 130 5 375 1 95 100 +0.13 20 0.15 Axial SZ3FA130 SZ3FB130 - 130 5 375 1 95 100 +0.13 20 0.15 Axial SZN5098A SZN5098B 1N5098 130 5 375 1 Note 4 98.8 Note 4 20 0.2 Axial, SM, SMS UZ213 UZ113 1N5098 130 5 375 1 93.6 98.8 +0.1 20 0.2 Body A (Axial) SZN5099A SZN5099B 1N5099 140 5 550 1 Note 4 106.4 Note 4 20 0.2 Axial, SM, SMS UZ214 UZ114 1N5099 140 5 550 1 101 106 +0.1 20 0.2 Body A (Axial) SZ3GA150 SZ3GB150 - 150 5 650 1 105 110 +0.13 18 0.15 Axial SZ3FA150 SZ3FB150 - 150 5 650 1 105 110 +0.13 18 0.15 Axial UZ215 UZ115 1N4098 150 5 650 1 108 114 +0.1 20 0.2 Body A (Axial) SZ3GA160 SZ3GB160 - 160 5 780 1 114 120 +0.13 18 0.1 Axial SZ3FA160 SZ3FB160 - 160 5 780 1 114 120 +0.13 18 0.1 Axial SZN5100A SZN5100B 1N5100 160 4 700 1 Note 4 121.6 Note 4 20 0.15 Axial, SM, SMS UZ216 UZ116 1N5100 160 4 700 1 115 122 +0.1 20 0.15 Body A (Axial) SZN5101A SZN5101B 1N5101 170 4 750 1 Note 4 129.2 Note 4 18 0.15 Axial, SM, SMS UZ217 UZ117 1N5101 170 4 750 1 122 129 +0.1 18 0.15 Body A (Axial) SZ3GA180 SZ3GB180 - 180 5 940 1 124 130 +0.13 15 0.1 Axial SZ3FA180 SZ3FB180 - 180 5 940 1 124 130 +0.13 15 0.1 Axial SZN5102A SZN5102B 1N5102 180 4 850 1 Note 4 136.8 Note 4 18 0.1 Axial, SM, SMS UZ218 UZ118 1N5102 180 4 850 1 129 137 +0.1 18 0.1 Body A (Axial) SZN5103A SZN5103B 1N5103 190 4 900 1 Note 4 144.7 Note 4 15 0.1 Axial, SM, SMS UZ219 UZ119 1N5103 190 4 900 1 137 144 +0.1 15 0.1 Body A (Axial) SZ3GA200 SZ3GB200 - 200 2 1250 1 143 150 +0.13 15 0.1 Axial SZ3FA200 SZ3FB200 - 200 2 1250 1 143 150 +0.13 15 0.1 Axial SZN5104A SZN5104B 1N5104 200 4 950 1 Note 4 152 Note 4 15 0.1 Axial, SM, SMS UZ220 UZ120 1N5104 200 4 950 1 144 152 +0.1 15 0.1 Body A (Axial) SZ3GA220 SZ3GB220 - 220 2 1450 1 152 160 +0.13 15 0.09 Axial SZ3FA220 SZ3FB220 - 220 2 1450 1 152 160 +0.13 15 0.09 Axial SZN5105A SZN5105B 1N5105 220 3 1100 1 Note 4 167 Note 4 15 0.09 Axial, SM, SMS UZ222 UZ122 1N5015 220 3 1100 1 158 167 +0.1 15 0.09 Body A (Axial) SZ3GA240 SZ3GB240 - 240 2 1650 1 171 180 +0.13 12 0.09 Axial SZ3FA240 SZ3FB240 - 240 2 1650 1 171 180 +0.13 12 0.09 Axial Zeners & TVS Products TX, TXV, and S-Level Screening Available 3 W Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number All parts are available with ±1% or ±2% Tolerances Industry Part Number Nominal Zener Voltage1 Zener Test Current Maximum Dynamic Impedance2 VZ IZT ZZT IR V mA Ohms Maximum Reverse Leakage Current VR VR Maximum Ratings Temperature Coefficient (Typical) Current Surge5 TC@IZT IZM IZSM ±10% ±5% µA V V %/°C mA A Package3 ±10% ±5% SZN5106A SZN5106B 1N5106 240 3 1300 1 Note 4 182 Note 4 12 0.09 Axial, SM, SMS UZ224 UZ124 1N5106 240 3 1300 1 173 182 +0.105 12 0.09 Body A (Axial) SZN5107A SZN5107B 1N5107 260 3 1500 1 Note 4 198 Note 4 12 0.08 Axial, SM, SMS UZ226 UZ126 1N5107 260 3 1500 1 187 198 +0.105 12 0.08 Body A (Axial) SZN5108A SZN5108B 1N5108 270 3 1600 1 Note 4 206 Note 4 10 0.08 Axial, SM, SMS SZ3GA270 SZ3GB270 - 270 2 1900 1 190 200 +0.13 12 0.08 Axial SZ3FA270 SZ3FB270 - 270 2 1900 1 190 200 +0.13 12 0.08 Axial SZN5109A SZN5109B 1N5109 280 3 1700 1 Note 4 213 Note 4 10 0.08 Axial, SM, SMS UZ228 UZ128 1N5109 280 3 1700 1 202 213 +0.105 10 0.08 Body A (Axial) SZN5110A SZN5110B 1N5110 300 3 1900 1 Note 4 228 Note 4 10 0.07 Axial, SM, SMS UZ230 UZ130 1N5110 300 3 1900 1 216 228 +0.105 10 0.07 Body A (Axial) SZ3GA300 SZ3GB300 - 300 2 2300 1 210 220 +0.14 11 0.07 Axial SZ3FA300 SZ3FB300 - 300 2 2300 1 210 220 +0.14 11 0.07 Axial SZN5111A SZN5111B 1N5111 320 2 2100 1 Note 4 244 Note 4 9 0.07 Axial, SM, SMS UZ232 UZ132 1N5111 320 2 2100 1 230 243 +0.105 9 0.07 Body A (Axial) SZN5112A SZN5112B 1N5112 330 2 2250 1 Note 4 251 Note 4 9 0.06 Axial, SM, SMS SZ3GA330 SZ3GB330 - 330 2 2500 1 230 240 +0.14 10 0.07 Axial SZ3FA330 SZ3FB330 - 330 2 2500 1 230 240 +0.14 10 0.07 Axial SZN5113A SZN5113B 1N5113 340 2 2400 1 Note 4 259 Note 4 8 0.06 Axial, SM, SMS UZ234 UZ134 1N5113 340 2 2400 1 245 258 +0.11 9 0.06 Body A (Axial) SZN5114A SZN5114B 1N5114 360 2 2700 1 Note 4 274 Note 4 8 0.06 Axial, SM, SMS UZ236 UZ136 1N5114 360 2 2700 1 259 274 +0.11 8 0.06 Body A (Axial) SZ3GA360 SZ3GB360 - 360 2 2700 1 260 270 +0.14 9 0.06 Axial SZ3FA360 SZ3FB360 - 360 2 2700 1 260 270 +0.14 9 0.06 Axial SZN5115A SZN5115B 1N5115 380 2 3000 1 Note 4 289 Note 4 8 0.06 Axial, SM, SMS UZ238 UZ138 1N5115 380 2 3000 1 274 289 +0.11 8 0.06 Body A (Axial) SZN5116A SZN5116B 1N5116 390 2 3250 1 Note 4 297 Note 4 7 0.06 Axial, SM, SMS SZ3GA390 SZ3GB390 - 390 2 3500 1 290 300 +0.14 8 0.06 Axial SZ3FA390 SZ3FB390 - 390 2 3500 1 290 300 +0.14 8 0.06 Axial SZN5117A SZN5117B 1N5117 400 2 3500 1 Note 4 304 Note 4 7 0.06 Axial, SM, SMS UZ240 UZ140 1N5117 400 2 3500 1 288 304 +0.11 7 0.06 Body A (Axial) SZ3GA430 SZ3GB430 - 430 2 4100 1 310 330 +0.15 7 0.05 Axial SZ3FA430 SZ3FB430 - 430 2 4100 1 310 330 +0.15 7 0.05 Axial SZ3GA470 SZ3GB470 - 470 2 4800 1 340 360 +0.15 7 0.05 Axial SZ3FA470 SZ3FB470 - 470 2 4800 1 340 360 +0.15 7 0.05 Axial SZ3GA510 SZ3GB510 - 510 2 5500 1 370 390 +0.16 6 0.04 Axial SZ3FA510 SZ3FB510 - 510 2 5500 1 370 390 +0.16 6 0.04 Axial NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded, SM = Surface Mount Round Tab (MELF), and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration, non-repetitive. The 8.3 msec square pulse rating is 71% of the value shown. TX, TXV, and S-Level Screening Available Zener & TVS Products 37 3 W Zener Diodes SZN5063 - SZN5117 Series Axial1 Data Sheet Z00009 3 W Axial Leaded, Surface Mount Round Tab (SM), and Surface Mount Square Tab (SMS) ØD ØA Features: ▪▪ Hermetically sealed in glass ▪▪ Available in 10%, 5%, 2%, or 1% tolerances ▪▪ TX, TXV, and Space level screening available ▪▪ Replacement for 1N5063 - 1N5117 C C B DIM MIN MAX A .055” .085” B .130” .175” C 1.00” --- D .028” .034” SM1 C ØA Axial D B SM C SMS DIM MIN MAX A .077” .083” B .130” .146” C .010” .022” D +.000" --- SMS1 A A D B DIM MIN MAX A .090” .100” B .175” .215” C .022” .028” Body to Tab Clearance: .002” D SZ3GA7.5 - SZ3GB510 and SZ3FA7.5 - SZ3FB510 Series Data Sheet Z00004 3 W Axial Leaded Axial - Frit Glass (F) (See page 42 for 4 W Surface Mount Round Tab (SM) and Surface Mount Square Tab (SMS) versions) Axial - Frit Glass (F)1 Features: ▪▪ Hermetically sealed in glass ▪▪ Available in 10% (A) and 5% (B) tolerances ▪▪ Voltage range from 7.5V to 510V for other voltages, contact factory ▪▪ TX, TXV, and Space level screening available ▪▪ Replacement for 1N5063 - 1N5117 C B ØD C ØA DIM MIN MAX A --- .145” B --- .175” C 1.00” --- D .028” .034” Axial - Glass Sleeve (G)1 Axial - Glass Sleeve (G) ØD ØA C B C DIM MIN MAX A --- .085” B .130” .175” C 1.00” --- D .028” .034” NOTE: 1. All dimensions are prior to soldering. 38 Zeners & TVS Products TX, TXV, and S-Level Screening Available 3.5 W Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Part Number All parts are available with ±1% or ±2% Tolerances Industry Part Number Nominal Zener Voltage1 Zener Test Current Maximum Dynamic Impedance2 VZ IZT ZZT V mA Ohms µA IR Maximum Ratings Temperature Coefficient (Max) Current Surge ±5% TC@IZT IZM IZSM V V %/°C mA A Note 3 Note 3 DO-4 Maximum Reverse Leakage Current VR ±10% VR Package ±10% ±5% 1N1588 1N1588A 1N1588 3.9 150 4.5 Note 3 -0.4 850 Note 3 1N1589 1N1589A 1N1589 4.7 125 4 Note 3 Note 3 Note 3 0 700 Note 3 DO-4 1N1590 1N1590A 1N1590 5.6 110 3 Note 3 Note 3 Note 3 +0.03 625 Note 3 DO-4 1N1591 1N1591A 1N1591 6.8 100 0.9 Note 3 Note 3 Note 3 +0.05 525 Note 3 DO-4 1N1592 1N1592A 1N1592 8.2 80 1.5 Note 3 Note 3 Note 3 +0.06 425 Note 3 DO-4 1N1593 1N1593A 1N1593 10 70 2.5 Note 3 Note 3 Note 3 +0.07 350 Note 3 DO-4 1N1594 1N1594A 1N1594 12 50 3 Note 3 Note 3 Note 3 +0.075 275 Note 3 DO-4 1N1595 1N1595A 1N1595 15 40 5.5 Note 3 Note 3 Note 3 +0.08 225 Note 3 DO-4 1N1596 1N1596A 1N1596 18 35 9 Note 3 Note 3 Note 3 +0.085 200 Note 3 DO-4 1N1597 1N1597A 1N1597 22 30 14 Note 3 Note 3 Note 3 +0.09 160 Note 3 DO-4 1N1598 1N1598A 1N1598 27 25 24 Note 3 Note 3 Note 3 +0.095 125 Note 3 DO-4 1N1588 thru 1N1598 Series DO-4 Package Ø .141 .041 Ø.424 MAX .800 MAX .405 MAX .453 .422 .250 MAX .437 .424 Ø.060 MIN .175 .075 .060 MIN #10-32 UNF-2A NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Consult factory for values and more information. TX, TXV, and S-Level Screening Available Zener & TVS Products 39 4 W Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Part Number All parts are available with ±1% or ±2% Tolerances Industry Part Number Nominal Zener Voltage1 Zener Test Current Maximum Dynamic Impedance2 VZ IZT ZZT IR ±10% V mA Ohms µA V VR Maximum Ratings Temperature Coefficient (Typical) Current Surge5 ±5% TC@IZT IZM IZSM V %/°C mA A Maximum Reverse Leakage Current VR Package3 ±10% ±5% SZ3GA7.5 SZ3GB7.5 - 7.5 100 2 50 3 4 +0.07 400 8 SM, SMS SZ3FA7.5 SZ3FB7.5 - 7.5 100 2 50 3 4 +0.07 400 8 SMS SZ3GA8.2 SZ3GB8.2 - 8.2 100 2.2 10 4 5 +0.08 360 7 SM, SMS SZ3FA8.2 SZ3FB8.2 - 8.2 100 2.2 10 4 5 +0.08 360 7 SMS SZ3GA9.1 SZ3GB9.1 - 9.1 50 4 10 5 6 +0.08 330 6 SM, SMS SZ3FA9.1 SZ3FB9.1 - 9.1 50 4 10 5 6 +0.08 330 6 SMS SZ3GA10 SZ3GB10 - 10 50 4.4 7 7.1 7.5 +0.09 300 5 SM, SMS SZ3FA10 SZ3FA10 - 10 50 4.4 7 7.1 7.5 +0.09 300 5 SMS SZ3GA11 SZ3GB11 - 11 50 4.9 3 7.8 8.2 +0.1 250 4 SM, SMS SZ3FA11 SZ3FB11 - 11 50 4.9 3 7.8 8.2 +0.1 250 4 SMS SZ3GA12 SZ3GB12 - 12 50 5.4 2 8.6 9.1 +0.1 230 4 SM, SMS SZ3FA12 SZ3FB12 - 12 50 5.4 2 8.6 9.1 +0.1 230 4 SMS SZ3GA13 SZ3GB13 - 13 50 6 2 9.5 10 +0.1 200 3 SM, SMS SZ3FA13 SZ3FB13 - 13 50 6 2 9.5 10 +0.1 200 3 SMS SZ3GA15 SZ3GB15 - 15 50 6.4 1 10.5 11 +0.1 185 3 SM, SMS SZ3FA15 SZ3FB15 - 15 50 6.4 1 10.5 11 +0.1 185 3 SMS SZ3GA16 SZ3GB16 - 16 25 7.1 1 11.4 12 +0.11 170 2 SM, SMS SZ3FA16 SZ3FB16 - 16 25 7.1 1 11.4 12 +0.11 170 2 SMS SZ3GA18 SZ3GB18 - 18 25 7.9 1 12.4 13 +0.11 150 2 SM, SMS SZ3FA18 SZ3FB18 - 18 25 7.9 1 12.4 13 +0.11 150 2 SMS SZ3GA20 SZ3GB20 - 20 25 8.7 1 14.3 15 +0.11 135 2 SM, SMS SZ3FA20 SZ3FB20 - 20 25 8.7 1 14.3 15 +0.11 135 2 SMS SZ3GA22 SZ3GB22 - 22 25 9.7 1 15.5 16 +0.11 125 1.5 SM, SMS SZ3FA22 SZ3FB22 - 22 25 9.7 1 15.5 16 +0.11 125 1.5 SMS SZ3GA24 SZ3GB24 - 24 25 11 1 17.1 18 +0.11 110 1.5 SM, SMS SZ3FA24 SZ3FB24 - 24 25 11 1 17.1 18 +0.11 110 1.5 SMS SZ3GA27 SZ3GB27 - 27 25 12 1 19 20 +0.11 100 1.5 SM, SMS SZ3FA27 SZ3FB27 - 27 25 12 1 19 20 +0.11 100 1.5 SMS SZ3GA30 SZ3GB30 - 30 25 16 1 20 22 +0.11 90 1.2 SM, SMS SZ3FA30 SZ3FB30 - 30 25 16 1 20 22 +0.11 90 1.2 SMS SZ3GA33 SZ3GB33 - 33 10 22 1 23 24 +0.11 85 1 SM, SMS SZ3FA33 SZ3FB33 - 33 10 22 1 23 24 +0.11 85 1 SMS SZ3GA36 SZ3GB36 - 36 10 28 1 26 27 +0.11 65 0.8 SM, SMS SZ3FA36 SZ3FB36 - 36 10 28 1 26 27 +0.11 65 0.8 SMS SZ3GA39 SZ3GB39 - 39 10 36 1 29 30 +0.11 60 0.8 SM, SMS SZ3FA39 SZ3FB39 - 39 10 36 1 29 30 +0.11 60 0.8 SMS SZ3GA43 SZ3GB43 - 43 10 43 1 31 33 +0.13 55 0.7 SM, SMS SZ3FA43 SZ3FB43 - 43 10 43 1 31 33 +0.13 55 0.7 SMS NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: SM = Surface Mount Round Tab (MELF) and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration, non-repetitive. The 8.3 msec square pulse rating is 71% of the value shown. 40 Zeners & TVS Products TX, TXV, and S-Level Screening Available 4 W Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number All parts are available with ±1% or ±2% Tolerances Industry Part Number Nominal Zener Voltage1 Zener Test Current Maximum Dynamic Impedance2 VZ IZT ZZT IR ±10% V mA Ohms µA Maximum Ratings Temperature Coefficient (Typical) Current Surge5 ±5% TC@IZT IZM IZSM V V %/°C mA A Maximum Reverse Leakage Current VR VR Package3 ±10% ±5% SZ3GA47 SZ3GB47 - 47 10 51 1 34 36 +0.13 50 0.6 SM, SMS SZ3FA47 SZ3FB47 - 47 10 51 1 34 36 +0.13 50 0.6 SMS SZ3GA51 SZ3GB51 - 51 10 60 1 37 39 +0.13 45 0.6 SM, SMS SZ3FA51 SZ3FB51 - 51 10 60 1 37 39 +0.13 45 0.6 SMS SZ3GA56 SZ3GB56 - 56 10 70 1 41 43 +0.13 40 0.5 SM, SMS SZ3FA56 SZ3FB56 - 56 10 70 1 41 43 +0.13 40 0.5 SMS SZ3GA62 SZ3GB62 - 62 10 80 1 45 47 +0.13 35 0.4 SM, SMS SZ3FA62 SZ3FB62 - 62 10 80 1 45 47 +0.13 35 0.4 SMS SZ3GA68 SZ3GB68 - 68 10 90 1 49 51 +0.13 30 0.4 SM, SMS SZ3FA68 SZ3FB68 - 68 10 90 1 49 51 +0.13 30 0.4 SMS SZ3GA75 SZ3GB75 - 75 10 100 1 53 56 +0.13 30 0.4 SM, SMS SZ3FA75 SZ3FB75 - 75 10 100 1 53 56 +0.13 30 0.4 SMS SZ3GA82 SZ3GB82 - 82 10 120 1 59 62 +0.13 25 0.3 SM, SMS SZ3FA82 SZ3FB82 - 82 10 120 1 59 62 +0.13 25 0.3 SMS SZ3GA91 SZ3GB91 - 91 5 145 1 65 68 +0.13 25 0.2 SM, SMS SZ3FA91 SZ3FB91 - 91 5 145 1 65 68 +0.13 25 0.2 SMS SZ3GA100 SZ3GB100 - 100 5 175 1 71 75 +0.13 20 0.2 SM, SMS SZ3FA100 SZ3FB100 - 100 5 175 1 71 75 +0.13 20 0.2 SMS SZ3GA110 SZ3GB110 - 110 5 250 1 77 82 +0.13 20 0.2 SM, SMS SZ3FA110 SZ3FB110 - 110 5 250 1 77 82 +0.13 20 0.2 SMS SZ3GA120 SZ3GB120 - 120 5 325 1 86 91 +0.13 20 0.2 SM, SMS SZ3FA120 SZ3FB120 - 120 5 325 1 86 91 +0.13 20 0.2 SMS SZ3GA130 SZ3GB130 - 130 5 375 1 95 100 +0.13 20 0.15 SM, SMS SZ3FA130 SZ3FB130 - 130 5 375 1 95 100 +0.13 20 0.15 SMS SZ3GA150 SZ3GB150 - 150 5 650 1 105 110 +0.13 18 0.15 SM, SMS SZ3FA150 SZ3FB150 - 150 5 650 1 105 110 +0.13 18 0.15 SMS SZ3GA160 SZ3GB160 - 160 5 780 1 114 120 +0.13 18 0.1 SM, SMS SZ3FA160 SZ3FB160 - 160 5 780 1 114 120 +0.13 18 0.1 SMS SZ3GA180 SZ3GB180 - 180 5 940 1 124 130 +0.13 15 0.1 SM, SMS SZ3FA180 SZ3FB180 - 180 5 940 1 124 130 +0.13 15 0.1 SMS SZ3GA200 SZ3GB200 - 200 2 1250 1 143 150 +0.13 15 0.1 SM, SMS SZ3FA200 SZ3FB200 - 200 2 1250 1 143 150 +0.13 15 0.1 SMS SZ3GA220 SZ3GB220 - 220 2 1450 1 152 160 +0.13 15 0.09 SM, SMS SZ3FA220 SZ3FB220 - 220 2 1450 1 152 160 +0.13 15 0.09 SMS SZ3GA240 SZ3GB240 - 240 2 1650 1 171 180 +0.13 12 0.09 SM, SMS SZ3FA240 SZ3FB240 - 240 2 1650 1 171 180 +0.13 12 0.09 SMS SZ3GA270 SZ3GB270 - 270 2 1900 1 190 200 +0.13 12 0.08 SM, SMS SZ3FA270 SZ3FB270 - 270 2 1900 1 190 200 +0.13 12 0.08 SMS NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: SM = Surface Mount Round Tab (MELF) and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration, non-repetitive. The 8.3 msec square pulse rating is 71% of the value shown. TX, TXV, and S-Level Screening Available Zener & TVS Products 41 4 W Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Part Number Industry Part Number All parts are available with ±1% or ±2% Tolerances Nominal Zener Voltage1 Zener Test Current Maximum Dynamic Impedance2 VZ IZT ZZT IR ±10% V mA Ohms µA Maximum Ratings Temperature Coefficient (Typical) Current Surge5 ±5% TC@IZT IZM IZSM V V %/°C mA A Maximum Reverse Leakage Current VR VR Package3 ±10% ±5% SZ3GA300 SZ3GB300 - 300 2 2300 1 210 220 +0.14 11 0.07 SM, SMS SZ3FA300 SZ3FB300 - 300 2 2300 1 210 220 +0.14 11 0.07 SMS SZ3GA330 SZ3GB330 - 330 2 2500 1 230 240 +0.14 10 0.07 SM, SMS SZ3FA330 SZ3FB330 - 330 2 2500 1 230 240 +0.14 10 0.07 SMS SZ3GA360 SZ3GB360 - 360 2 2700 1 260 270 +0.14 9 0.06 SM, SMS SZ3FA360 SZ3FB360 - 360 2 2700 1 260 270 +0.14 9 0.06 SMS SZ3GA390 SZ3GB390 - 390 2 3500 1 290 300 +0.14 8 0.06 SM, SMS SZ3FA390 SZ3FB390 - 390 2 3500 1 290 300 +0.14 8 0.06 SMS SZ3GA430 SZ3GB430 - 430 2 4100 1 310 330 +0.15 7 0.05 SM, SMS SZ3FA430 SZ3FB430 - 430 2 4100 1 310 330 +0.15 7 0.05 SMS SZ3GA470 SZ3GB470 - 470 2 4800 1 340 360 +0.15 7 0.05 SM, SMS SZ3FA470 SZ3FB470 - 470 2 4800 1 340 360 +0.15 7 0.05 SMS SZ3GA510 SZ3GB510 - 510 2 5500 1 370 390 +0.16 6 0.04 SM, SMS SZ3FA510 SZ3FB510 - 510 2 5500 1 370 390 +0.16 6 0.04 SMS SZ3GA7.5 - SZ3GB510 & SZ3FA7.5 - SZ3FB510 Series Data Sheet Z00004 4 W Surface Mount Round Tab (SM) and Surface Mount Square Tab (SMS) SMS Glass Sleeve (G) SM SMS Frit Glass (F) (See page 38 for 3 W Axial Leaded versions) SM6 C Features: ▪▪ Hermetically sealed in glass ▪▪ Available in 10% (A) and 5% (B) tolerances for other voltage tolerances, contact factory ▪▪ Voltage range from 7.5V to 510V for other voltages, contact factory ▪▪ TX, TXV, and Space level screening available ØA B SMS - Frit Glass (F)6 C A A D B DIM MIN MAX A .145” .155” B .200” .220” C .022” .028” D .002” --- DIM MIN MAX A .077” .083” B .130” .146” C .010” .022” SMS - Glass Sleeve (G)6 C A A D B DIM MIN MAX A .090” .100” B .175” .215” C .022” .028” D .002” --- NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: SM = Surface Mount Round Tab (MELF) and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration, non-repetitive. The 8.3 msec square pulse rating is 71% of the value shown. 6. All dimensions are prior to soldering. 42 Zeners & TVS Products TX, TXV, and S-Level Screening Available 5 W Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Part Number All parts are available with ±1% or ±2% Tolerances Industry Part Number Nominal Zener Voltage1 Zener Test Current VZ IZT Maximum Dynamic Impedance2 ZZT ZZK Ohms IZK Maximum Reverse Leakage Current IR VR VR ±10% ±5% Maximum Ratings Temperature Coefficient (Typical)5 Current Surge6 TC@IZT IZM IZSM Package3 ±10% ±5% V mA mA µA V V %/°C mA A - 1N6632 1N6632 3.3 380 3 500 5 300 Note 4 1 -0.075 1440 20 Body E (Axial), D-5B - 1N6633 1N6633 3.6 350 2.5 500 5 250 Note 4 1 -0.07 1320 18.7 Body E (Axial), D-5B - 1N6634 1N6634 3.9 320 2 500 5 175 Note 4 1 -0.06 1220 17.6 Body E (Axial), D-5B - 1N6635 1N6635 4.3 290 2 500 5 25 Note 4 1 -0.05 1100 16.4 Body E (Axial), D-5B - 1N6636 1N6636 4.7 260 2 450 5 20 Note 4 1 ±0.025 1010 15.3 Body E (Axial), D-5B - 1N6637 1N6637 5.1 240 1.5 400 5 5 Note 4 1 ±0.030 930 14.4 Body E (Axial), D-5B - 1N5968 1N5968 5.6 220 1 400 5 5000 Note 4 4.28 +0.04 865 20 Body E (Axial), D-5B - 1N5969 1N5969 6.2 220 1 1000 1 1000 Note 4 4.74 +0.04 765 20 Body E (Axial), D-5B SZ5806 SZ5706 - 6.8 175 1 Note 4 Note 4 500 4.9 5.2 +0.05 675 40 Axial, SMS UZ4806 UZ4706 - 6.8 175 1 1000 1 500 4.9 5.2 Note 4 675 32 Body B (Axial) UZ5806 UZ5706 - 6.8 175 1 Note 4 Note 4 500 4.9 5.2 +0.05 675 40 Body B (Axial) - SZN4954 1N4954 6.8 175 1 450 1 500 Note 4 5.2 +0.05 700 29.3 Axial, SMS - 30043-1N4954 1N4954 6.8 175 1 1000 1 150 Note 4 5.2 +0.05 700 29.3 Axial, SMS - 1N4954 1N4954 6.8 175 1 1000 1 150 Note 4 5.2 +0.05 700 29.3 Body E (Axial), D-5B SZ5807 SZ5707 - 7.5 175 1.5 Note 4 Note 4 400 5.4 5.7 +0.06 620 32 Axial, SMS UZ4807 UZ4707 - 7.5 175 1.5 800 1 400 5.4 5.7 Note 4 620 26.5 Body B (Axial) UZ5807 UZ5707 - 7.5 175 1.5 Note 4 Note 4 400 5.4 5.7 +0.06 620 32 Body B (Axial) - SZN4955 1N4955 7.5 175 1.5 409 1 400 Note 4 5.7 +0.06 630 26.4 Axial, SMS - 30043-1N4955 1N4955 7.5 175 1.5 800 1 100 Note 4 5.7 +0.06 630 26.4 Axial, SMS - 1N4955 1N4955 7.5 175 1.5 800 1 100 Note 4 5.7 +0.06 630 26.4 Body E (Axial), D-5B SZ5808 SZ5708 - 8.2 150 1.5 Note 4 Note 4 200 5.9 6.2 +0.06 570 24 Axial, SMS UZ4808 UZ4708 - 8.2 150 1.5 600 1 200 5.9 6.2 Note 4 570 19.2 Body B (Axial) UZ5808 UZ5708 - 8.2 150 1.5 Note 4 Note 4 200 5.9 6.2 +0.06 570 24 Body B (Axial) - SZN4956 1N4956 8.2 150 1.5 371 1 200 Note 4 6.2 +0.06 580 24 Axial, SMS - 30043-1N4956 1N4956 8.2 150 1.5 600 1 50 Note 4 6.2 +0.06 580 24 Axial, SMS - 1N4956 1N4956 8.2 150 1.5 600 1 50 Note 4 6.2 +0.06 580 24 Body E (Axial), D-5B SZ5809 SZ5709 - 9.1 150 2 Note 4 Note 4 100 6.6 6.9 +0.06 510 22 Axial, SMS UZ4809 UZ4709 - 9.1 150 2 400 1 100 6.6 6.9 Note 4 510 17.6 Body B (Axial) UZ5809 UZ5709 - 9.1 150 2 Note 4 Note 4 100 6.6 6.9 +0.06 510 22 Body B (Axial) - SZN4957 1N4957 9.1 150 2 338 1 100 Note 4 6.9 +0.06 520 22 Axial, SMS - 30043-1N4957 1N4957 9.1 150 2 400 1 25 Note 4 6.9 +0.06 520 22 Axial, SMS - 1N4957 1N4957 9.1 150 2 400 1 25 Note 4 6.9 +0.06 520 22 Body E (Axial), D-5B SZ5810 SZ5710 - 10 125 2 Note 4 Note 4 75 7.2 7.6 +0.07 470 20 Axial, SMS UZ4810 UZ4710 - 10 125 2 125 1 75 7.2 7.6 Note 4 470 16 Body B (Axial) UZ5810 UZ5710 - 10 125 2 Note 4 Note 4 75 7.2 7.6 +0.07 470 20 Body B (Axial) - SZN4958 1N4958 10 125 2 307 1 75 Note 4 7.6 +0.07 475 20 Axial, SMS NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. TX, TXV, and S-Level Screening Available Zener & TVS Products 43 5 W Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number All parts are available with ±1% or ±2% Tolerances Industry Part Number Nominal Zener Voltage1 Zener Test Current VZ IZT Maximum Dynamic Impedance2 ZZT ZZK Ohms Maximum Reverse Leakage Current IZK IR VR ±10% VR ±5% Maximum Ratings Temperature Coefficient (Typical)5 Current Surge6 TC@IZT IZM IZSM Package3 ±10% ±5% V mA mA µA V V %/°C mA A - 30043-1N4958 1N4958 10 125 2 125 1 25 Note 4 7.6 +0.07 475 20 Axial, SMS - 1N4958 1N4958 10 125 2 125 1 25 Note 4 7.6 +0.07 475 20 Body E (Axial), D-5B - SZN4959 1N4959 11 125 2.5 322 1 60 Note 4 8.4 +0.07 430 19 Axial, SMS - 30043-1N4959 1N4959 11 125 2.5 130 1 10 Note 4 8.4 +0.07 430 19 Axial, SMS - 1N4959 1N4959 11 125 2.5 130 1 10 Note 4 8.4 +0.07 430 19 Body E (Axial), D-5B SZ5812 SZ5712 - 12 100 2.5 Note 4 Note 4 50 8.6 9.1 +0.07 385 18 Axial, SMS UZ4812 UZ4712 - 12 100 2.5 140 1 50 8.6 9.1 Note 4 385 14.4 Body B (Axial) UZ5812 UZ5712 - 12 100 2.5 Note 4 Note 4 50 8.6 9.1 +0.07 385 18 Body B (Axial) - SZN4960 1N4960 12 100 2.5 338 1 50 Note 4 9.1 +0.07 395 18 Axial, SMS - 30043-1N4960 1N4960 12 100 2.5 140 1 10 Note 4 9.1 +0.07 395 18 Axial, SMS - 1N4960 1N4960 12 100 2.5 140 1 10 Note 4 9.1 +0.07 395 18 Body E (Axial), D-5B SZ5813 SZ5713 - 13 100 3 Note 4 Note 4 25 9.3 9.9 +0.08 350 16 Axial, SMS UZ4813 UZ4713 - 13 100 3 145 1 25 9.3 9.9 Note 4 350 12.8 Body B (Axial) UZ5813 UZ5713 - 13 100 3 Note 4 Note 4 25 9.3 9.9 +0.08 350 16 Body B (Axial) - SZN4961 1N4961 13 100 3 344 1 25 Note 4 9.9 +0.08 365 16 Axial, SMS - 30043-1N4961 1N4961 13 100 3 145 1 10 Note 4 9.9 +0.08 365 16 Axial, SMS - 1N4961 1N4961 13 100 3 145 1 10 Note 4 9.9 +0.08 365 16 Body E (Axial), D-5B SZ5814 SZ5714 - 14 100 3 Note 4 Note 4 20 10.1 10.6 +0.08 320 14 Axial, SMS UZ5814 UZ5714 1N5118 14 100 3 Note 4 Note 4 20 10.1 10.6 +0.08 320 14 Body B (Axial) Note 4 15 10.8 11.4 +0.08 300 12 Axial, SMS 15 10.8 11.4 Note 4 300 9.6 Body B (Axial) SZ5815 SZ5715 - 15 75 3.5 Note 4 UZ4815 UZ4715 - 15 75 3.5 150 1 UZ5815 UZ5715 - 15 75 3.5 Note 4 Note 4 15 10.8 11.4 +0.08 300 12 Body B (Axial) - SZN4962 1N4962 15 75 3.5 351 1 15 Note 4 11.4 +0.08 315 12 Axial, SMS - 30043-1N4962 1N4962 15 75 3.5 150 1 5 Note 4 11.4 +0.08 315 12 Axial, SMS - 1N4962 1N4962 15 75 3.5 150 1 5 Note 4 11.4 +0.08 315 12 Body E (Axial), D-5B SZ5816 SZ5716 - 16 75 3.5 Note 4 Note 4 10 11.5 12.2 +0.08 275 10 Axial, SMS UZ4816 UZ4716 - 16 75 3.5 155 1 10 11.5 12.2 Note 4 275 8 Body B (Axial) UZ5816 UZ5716 - 16 75 3.5 Note 4 Note 4 10 11.5 12.2 +0.08 275 10 Body B (Axial) - SZN4963 1N4963 16 75 3.5 358 1 10 Note 4 12.2 +0.08 294 10 Axial, SMS - 30043-1N4963 1N4963 16 75 3.5 155 1 5 Note 4 12.2 +0.08 294 10 Axial, SMS - 1N4963 1N4963 16 75 3.5 155 1 10 Note 4 12.2 +0.08 294 10 Body E (Axial), D-5B SZ5818 SZ5718 - 18 65 4 Note 4 Note 4 10 12.9 13.7 +0.085 255 9 Axial, SMS UZ4818 UZ4718 - 18 65 4 160 1 10 12.9 13.7 Note 4 255 7.2 Body B (Axial) UZ5818 UZ5718 - 18 65 4 Note 4 Note 4 10 12.9 13.7 +0.085 255 9 Body B (Axial) - SZN4964 1N4964 18 65 4 365 1 10 Note 4 13.7 +0.085 264 9 Axial, SMS - 30043-1N4964 1N4964 18 65 4 160 1 5 Note 4 13.7 +0.085 264 9 Axial, SMS NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. 44 Zeners & TVS Products TX, TXV, and S-Level Screening Available 5 W Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Part Number All parts are available with ±1% or ±2% Tolerances Industry Part Number Nominal Zener Voltage1 Zener Test Current VZ IZT Maximum Dynamic Impedance2 ZZT ZZK Ohms Maximum Reverse Leakage Current IZK IR VR ±10% VR ±5% Maximum Ratings Temperature Coefficient (Typical)5 Current Surge6 TC@IZT IZM IZSM Package3 ±10% ±5% V mA mA µA V V %/°C mA A - 1N4964 1N4964 18 65 4 160 1 5 Note 4 13.7 +0.085 264 9 Body E (Axial), D-5B SZ5820 SZ5720 - 20 65 4.5 Note 4 Note 4 10 14.4 15.2 +0.085 220 8 Axial, SMS UZ4820 UZ4720 - 20 65 4.5 165 1 10 14.4 15.2 Note 4 220 6.4 Body B (Axial) UZ5820 UZ5720 - 20 65 4.5 Note 4 Note 4 10 14.4 15.2 +0.085 220 8 Body B (Axial) 15.2 +0.085 237 8 Axial, SMS 15.2 +0.085 237 8 Axial, SMS - SZN4965 1N4965 20 65 4.5 373 1 10 Note 4 - 30043-1N4965 1N4965 20 65 4.5 165 1 2 Note 4 - 1N4965 1N4965 20 65 4.5 165 1 2 Note 4 15.2 +0.085 237 8 Body E (Axial), D-5B SZ5822 SZ5722 - 22 50 5 Note 4 Note 4 10 15.8 16.7 +0.085 195 7 Axial, SMS UZ4822 UZ4722 - 22 50 5 170 1 10 15.8 16.7 Note 4 195 5.6 Body B (Axial) UZ5822 UZ5722 - 22 50 5 Note 4 Note 4 10 15.8 16.7 +0.085 195 7 Body B (Axial) - SZN4966 1N4966 22 50 5 380 1 10 Note 4 16.7 +0.085 216 7 Axial, SMS - 30043-1N4966 1N4966 22 50 5 170 1 2 Note 4 16.7 +0.085 216 7 Axial, SMS - 1N4966 1N4966 22 50 5 170 1 2 Note 4 16.7 +0.085 216 7 Body E (Axial), D-5B SZ5824 SZ5724 - 24 50 5 Note 4 Note 4 10 17.3 18.2 +0.09 180 6.5 Axial, SMS UZ4824 UZ4724 - 24 50 5 175 1 10 17.3 18.2 Note 4 180 5.2 Body B (Axial) UZ5824 UZ5724 - 24 50 5 Note 4 Note 4 10 17.3 18.2 +0.09 180 6.5 Body B (Axial) - SZN4967 1N4967 24 50 5 388 1 10 Note 4 18.2 +0.09 198 6.5 Axial, SMS - 30043-1N4967 1N4967 24 50 5 175 1 2 Note 4 18.2 +0.09 198 6.5 Axial, SMS - 1N4967 1N4967 24 50 5 175 1 2 Note 4 18.2 +0.09 198 6.5 Body E (Axial), D-5B Note 4 10 19.4 20.6 +0.09 155 6 Axial, SMS 10 19.4 20.6 Note 4 155 4.8 Body B (Axial) SZ5827 SZ5727 - 27 50 6 Note 4 UZ4827 UZ4727 - 27 50 6 180 1 UZ5827 UZ5727 - 27 50 6 Note 4 Note 4 10 19.4 20.6 +0.09 155 6 Body B (Axial) - SZN4968 1N4968 27 50 6 396 1 10 Note 4 20.6 +0.09 176 6 Axial, SMS - 30043-1N4968 1N4968 27 50 6 180 1 2 Note 4 20.6 +0.09 176 6 Axial, SMS - 1N4968 1N4968 27 50 6 180 1 2 Note 4 20.6 +0.09 176 6 Body E (Axial), D-5B SZ5830 SZ5730 - 30 40 8 Note 4 Note 4 10 21.6 22.8 +0.09 140 5.5 Axial, SMS UZ4830 UZ4730 - 30 40 8 190 1 10 21.6 22.8 Note 4 140 4.4 Body B (Axial) UZ5830 UZ5730 - 30 40 8 Note 4 Note 4 10 21.6 22.8 +0.09 140 5.5 Body B (Axial) - SZN4969 1N4969 30 40 8 403 1 10 Note 4 22.8 +0.09 158 5.5 Axial, SMS - 30043-1N4969 1N4969 30 40 8 190 1 2 Note 4 22.8 +0.09 158 5.5 Axial, SMS - 1N4969 1N4969 30 40 8 190 1 2 Note 4 22.8 +0.09 158 5.5 Body E (Axial), D-5B SZ5833 SZ5733 - 33 40 10 Note 4 Note 4 5 23.7 25.1 +0.09 130 5 Axial, SMS UZ4833 UZ4733 - 33 40 10 200 1 5 23.7 25.1 Note 4 130 4 Body B (Axial) UZ5833 UZ5733 - 33 40 10 Note 4 Note 4 5 23.7 25.1 +0.09 130 5 Body B (Axial) - SZN4970 1N4970 33 40 10 412 1 5 Note 4 25.1 +0.095 144 5 Axial, SMS - 30043-1N4970 1N4970 33 40 10 200 1 2 Note 4 25.1 +0.095 144 5 Axial, SMS NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. TX, TXV, and S-Level Screening Available Zener & TVS Products 45 5 W Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number All parts are available with ±1% or ±2% Tolerances ±10% ±5% Industry Part Number Nominal Zener Voltage1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK Ohms Maximum Reverse Leakage Current IZK IR mA VR VR Maximum Ratings Temperature Coefficient (Typical)5 Current Surge6 IZM IZSM A ±10% ±5% TC@IZT µA V V %/°C mA Package3 - 1N4970 1N4970 33 40 10 200 1 2 Note 4 25.1 +0.095 144 5 Body E (Axial), D-5B SZ5836 SZ5736 - 36 30 11 Note 4 Note 4 5 25.9 27.4 +0.095 120 4.5 Axial, SMS UZ4836 UZ4736 - 36 30 11 220 1 5 25.9 27.4 Note 4 120 3.6 Body B (Axial) UZ5836 UZ5736 - 36 30 11 Note 4 Note 4 5 25.9 27.4 +0.095 120 4.5 Body B (Axial) - SZN4971 1N4971 36 30 11 420 1 5 Note 4 27.4 +0.095 132 4.5 Axial, SMS - 30043-1N4971 1N4971 36 30 11 220 1 2 Note 4 27.4 +0.095 132 4.5 Axial, SMS - 1N4971 1N4971 36 30 11 220 1 2 Note 4 27.4 +0.095 132 4.5 Body E (Axial), D-5B UZ4839 UZ4739 - 39 30 14 230 1 5 28.1 29.7 Note 4 105 3.2 Body B (Axial) - SZN4972 1N4972 39 30 14 428 1 5 Note 4 29.7 +0.095 122 4 Axial, SMS - 30043-1N4972 1N4972 39 30 14 230 1 2 Note 4 29.7 +0.095 122 4 Axial, SMS - 1N4972 1N4972 39 30 14 230 1 2 Note 4 29.7 +0.095 122 4 Body E (Axial), D-5B SZ5840 SZ5740 - 40 30 14 Note 4 Note 4 5 28.8 30.4 +0.095 105 4 Axial, SMS UZ5840 UZ5740 1N5119 40 30 14 Note 4 Note 4 5 28.8 30.4 +0.095 105 4 Body B (Axial) UZ4843 UZ4743 - 43 30 20 240 1 5 31 32.7 Note 4 100 2.8 Body B (Axial) - SZN4973 1N4973 43 30 20 437 1 5 Note 4 32.7 +0.095 110 3.5 Axial, SMS - 30043-1N4973 1N4973 43 30 20 240 1 2 Note 4 32.7 +0.095 110 3.5 Axial, SMS - 1N4973 1N4973 43 30 20 240 1 2 Note 4 32.7 +0.095 110 3.5 Body E (Axial), D-5B SZ5845 SZ5745 - 45 30 20 Note 4 Note 4 5 32.4 34.2 +0.095 95 3.5 Axial, SMS UZ5845 UZ5745 1N5120 45 30 20 Note 4 Note 4 5 32.4 34.2 +0.095 95 3.5 Body B (Axial) UZ4847 UZ4747 - 47 25 25 250 1 5 33.8 35.8 Note 4 96 2.6 Body B (Axial) - SZN4974 1N4974 47 25 25 445 1 5 Note 4 35.8 +0.095 100 3.2 Axial, SMS - 30043-1N4974 1N4974 47 25 25 250 1 2 Note 4 35.8 +0.095 100 3.2 Axial, SMS - 1N4974 1N4974 47 25 25 250 1 2 Note 4 35.8 +0.095 100 3.2 Body E (Axial), D-5B SZ5850 SZ5750 - 50 25 25 Note 4 Note 4 5 36 38 +0.095 85 3 Axial, SMS UZ5850 UZ5750 1N5121 50 25 25 Note 4 Note 4 5 36 38 +0.095 85 3 Body B (Axial) UZ4851 UZ4751 - 51 25 27 270 1 5 36.7 38.8 Note 4 85 2.4 Body B (Axial) - SZN4975 1N4975 51 25 27 473 1 5 Note 4 38.8 +0.095 92 3 Axial, SMS - 30043-1N4975 1N4975 51 25 27 270 1 2 Note 4 38.8 +0.095 92 3 Axial, SMS - 1N4975 1N4975 51 25 27 270 1 2 Note 4 38.8 +0.095 92 3 Body E (Axial), D-5B UZ5856 UZ5756 - 56 20 35 Note 4 Note 4 5 40.3 42.6 +0.095 80 2.8 Body B (Axial) SZ5856 SZ5756 - 56 20 35 Note 4 Note 4 5 40.3 42.6 +0.095 80 2.8 Axial, SMS UZ4856 UZ4756 - 56 20 35 320 1 5 40.3 42.6 Note 4 81 2.2 Body B (Axial) - 1N4976 1N4976 56 20 35 320 1 2 Note 4 42.6 +0.095 84 2.8 Body E (Axial), D-5B - SZN4976 1N4976 56 20 35 560 1 5 Note 4 42.6 +0.095 84 2.8 Axial, SMS - 30043-1N4976 1N4976 56 20 35 320 1 2 Note 4 42.6 +0.095 84 2.8 Axial, SMS SZ5860 SZ5760 - 60 20 40 Note 4 Note 4 5 43.2 45.7 +0.1 75 2.5 Axial, SMS NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. 46 Zeners & TVS Products TX, TXV, and S-Level Screening Available 5 W Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Part Number All parts are available with ±1% or ±2% Tolerances ±10% ±5% Industry Part Number Nominal Zener Voltage1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK Ohms Maximum Reverse Leakage Current VR VR Maximum Ratings Temperature Coefficient (Typical)5 Current Surge6 IZM IZSM mA A IZK IR ±10% ±5% TC@IZT mA µA V V %/°C Package3 UZ5860 UZ5760 1N5122 60 20 40 Note 4 5 43.2 45.7 +0.1 75 2.5 Body B (Axial) UZ4862 UZ4762 - 62 20 42 400 1 5 44.6 47.1 Note 4 73 2 Body B (Axial) 47.1 +0.1 76 2.5 Axial, SMS 47.1 +0.1 76 2.5 Axial, SMS Note 4 - SZN4977 1N4977 62 20 42 700 1 5 Note 4 - 30043-1N4977 1N4977 62 20 42 400 1 2 Note 4 - 1N4977 1N4977 62 20 42 400 1 2 Note 4 47.1 +0.1 76 2.5 Body E (Axial), D-5B UZ4868 UZ4768 - 68 20 50 500 1 5 49 51.7 Note 4 61 1.8 Body B (Axial) - SZN4978 1N4978 68 20 50 750 1 5 Note 4 51.7 +0.1 70 2.2 Axial, SMS - 30043-1N4978 1N4978 68 20 50 500 1 2 Note 4 51.7 +0.1 70 2.2 Axial, SMS - 1N4978 1N4978 68 20 50 500 1 2 Note 4 51.7 +0.1 70 2.2 Body E (Axial), D-5B SZ5870 SZ5770 - 70 20 50 Note 4 Note 4 5 50.5 53.3 +0.1 65 2.3 Axial, SMS UZ5870 UZ5770 1N5123 70 20 50 Note 4 Note 4 5 50.5 53.3 +0.1 65 2.3 Body B (Axial) SZ5875 SZ5775 - 75 15 55 Note 4 Note 4 5 54 56 +0.1 60 2 Axial, SMS UZ4875 UZ4775 - 75 20 55 620 1 5 54 56 Note 4 60 1.6 Body B (Axial) UZ5875 UZ5775 - 75 15 55 Note 4 Note 4 5 54 56 +0.1 60 2 Body B (Axial) - SZN4979 1N4979 75 20 55 800 1 5 Note 4 56 +0.1 63 2 Axial, SMS - 30043-1N4979 1N4979 75 20 55 620 1 2 Note 4 56 +0.1 63 2 Axial, SMS - 1N4979 1N4979 75 20 55 620 1 2 Note 4 56 +0.1 63 2 Body E (Axial), D-5B SZ5880 SZ5780 - 80 15 80 Note 4 Note 4 5 57.7 60.8 +0.1 55 1.8 Axial, SMS UZ5880 UZ5780 1N5124 80 15 80 Note 4 Note 4 5 57.7 60.8 +0.1 55 1.8 Body B (Axial) UZ4882 UZ4782 - 82 15 80 720 1 5 59 62.2 Note 4 55 1.4 Body B (Axial) - SZN4980 1N4980 82 15 80 850 1 5 Note 4 62.2 +0.1 58 1.8 Axial, SMS - 30043-1N4980 1N4980 82 15 80 720 1 2 Note 4 62.2 +0.1 58 1.8 Axial, SMS - 1N4980 1N4980 82 15 80 720 1 2 Note 4 62.2 +0.1 58 1.8 Body E (Axial), D-5B SZ5890 SZ5790 - 90 15 90 Note 4 Note 4 5 64.8 68.5 +0.1 50 1.6 Axial, SMS UZ5890 UZ5790 1N5125 90 15 90 Note 4 Note 4 5 64.8 68.5 +0.1 50 1.6 Body B (Axial) UZ4891 UZ4791 - 91 15 90 760 1 5 65.5 69.2 Note 4 50 1.3 Body B (Axial) - SZN4981 1N4981 91 15 90 900 1 5 Note 4 69.2 +0.1 52.5 1.6 Axial, SMS - 30043-1N4981 1N4981 91 15 90 760 1 2 Note 4 69.2 +0.1 52.5 1.6 Axial, SMS - 1N4981 1N4981 91 15 90 760 1 2 Note 4 69.2 +0.1 52.5 1.6 Body E (Axial), D-5B SZ5210 SZ5110 - 100 10 100 Note 4 Note 4 5 72 76 +0.1 45 1.4 Axial, SMS UZ4210 UZ4110 - 100 12 100 800 1 5 72 76 Note 4 45 1.1 Body B (Axial) UZ5210 UZ5110 - 100 10 100 Note 4 Note 4 5 72 76 +0.1 45 1.4 Body B (Axial) - SZN4982 1N4982 100 12 110 950 1 5 Note 4 76 +0.1 47.5 1.4 Axial, SMS - 30043-1N4982 1N4982 100 12 110 800 1 2 Note 4 76 +0.1 47.5 1.4 Axial, SMS - 1N4982 1N4982 100 12 110 800 1 2 Note 4 76 +0.1 47.5 1.4 Body E (Axial), D-5B UZ4211 UZ4111 - 110 12 125 1000 1 5 79.2 83.6 Note 4 40 1 Body B (Axial) NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. TX, TXV, and S-Level Screening Available Zener & TVS Products 47 5 W Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number All parts are available with ±1% or ±2% Tolerances 48 Industry Part Number Nominal Zener Voltage1 Zener Test Current VZ IZT Maximum Dynamic Impedance2 ZZT ZZK Ohms Maximum Reverse Leakage Current IZK IR VR ±10% VR ±5% Maximum Ratings Temperature Coefficient (Typical)5 Current Surge6 TC@IZT IZM IZSM Package3 ±10% ±5% V mA mA µA V V %/°C mA A SZ5211 SZ5111 - 110 10 125 Note 4 Note 4 5 79.2 83.6 +0.1 40 1.2 Axial, SMS UZ5211 UZ5111 - 110 10 125 Note 4 Note 4 5 79.2 83.6 +0.1 40 1.2 Body B (Axial) - SZN4983 1N4983 110 12 125 1000 1 5 Note 4 83.6 +0.1 43 1.2 Axial, SMS - 30043-1N4983 1N4983 110 12 125 1000 1 2 Note 4 83.6 +0.1 43 1.2 Axial, SMS - 1N4983 1N4983 110 12 125 1000 1 2 Note 4 83.6 +0.1 43 1.2 Body E (Axial), D-5B SZ5212 SZ5112 - 120 10 170 Note 4 Note 4 5 86.4 91.2 +0.1 38 1 Axial, SMS UZ4212 UZ4112 - 120 10 170 1150 1 5 86.4 91.2 Note 4 38 0.8 Body B (Axial) UZ5212 UZ5112 - 120 10 170 Note 4 Note 4 5 86.4 91.2 +0.1 38 1 Body B (Axial) - SZN4984 1N4984 120 10 170 1050 1 5 Note 4 91.2 +0.1 39.5 1 Axial, SMS - 30043-1N4984 1N4984 120 10 170 1150 1 2 Note 4 91.2 +0.1 39.5 1 Axial, SMS - 1N4984 1N4984 120 10 170 1150 1 2 Note 4 91.2 +0.1 39.5 1 Body E (Axial), D-5B SZ5213 SZ5113 - 130 10 190 Note 4 Note 4 5 93.6 98.8 +0.105 35 0.8 Axial, SMS UZ4213 UZ4113 - 130 10 190 1250 1 5 93.6 98.8 Note 4 35 0.64 Body B (Axial) UZ5213 UZ5113 - 130 10 190 Note 4 Note 4 5 93.6 98.8 +0.105 35 0.8 Body B (Axial) - SZN4985 1N4985 130 10 190 1100 1 5 Note 4 98.8 +0.105 36.6 0.8 Axial, SMS - 30043-1N4985 1N4985 130 10 190 1250 1 2 Note 4 98.8 +0.105 36.6 0.8 Axial, SMS - 1N4985 1N4985 130 10 190 1250 1 2 Note 4 98.8 +0.105 36.6 0.8 Body E (Axial), D-5B SZ5214 SZ5114 - 140 8 230 Note 4 Note 4 5 101 106 +0.105 33 0.8 Axial, SMS UZ5214 UZ5114 1N5126 140 8 230 Note 4 Note 4 5 101 106 +0.105 33 0.8 Body B (Axial) Note 4 SZ5215 SZ5115 - 150 8 330 Note 4 5 108 114 +0.105 31 0.75 Axial, SMS UZ4215 UZ4115 - 150 8 330 1500 1 5 108 114 Note 4 31 0.6 Body B (Axial) UZ5215 UZ5115 - 150 8 330 Note 4 Note 4 5 108 114 +0.105 31 0.75 Body B (Axial) - SZN4986 1N4986 150 8 330 1150 1 5 Note 4 114 +0.105 31.6 0.75 Axial, SMS - 30043-1N4986 1N4986 150 8 330 1500 1 2 Note 4 114 +0.105 31.6 0.75 Axial, SMS - 1N4986 1N4986 150 8 330 1500 1 2 Note 4 114 +0.105 31.6 0.75 Body E (Axial), D-5B - SZN4987 1N4987 160 8 350 1200 1 5 Note 4 121.6 +0.105 29.4 0.7 Axial, SMS - 30043-1N4987 1N4987 160 8 350 1650 1 2 Note 4 121.6 +0.105 29.4 0.7 Axial, SMS - 1N4987 1N4987 160 8 350 1650 1 2 Note 4 121.6 +0.105 29.4 0.7 Body E (Axial), D-5B SZ5216 SZ5116 - 160 8 350 Note 4 Note 4 5 115 122 +0.105 30 0.7 Axial, SMS UZ4216 UZ4116 - 160 8 350 1650 1 5 115 121.6 Note 4 30 0.56 Body B (Axial) UZ5216 UZ5116 - 160 8 350 Note 4 Note 4 5 115 122 +0.105 30 0.7 Body B (Axial) SZ5217 SZ5117 - 170 8 380 Note 4 Note 4 5 122 129 +0.105 27 0.65 Axial, SMS UZ5217 UZ5117 1N5127 170 8 380 Note 4 Note 4 5 122 129 +0.105 27 0.65 Body B (Axial) SZ5218 SZ5118 - 180 5 450 Note 4 Note 4 5 129 137 +0.11 25 0.6 Axial, SMS UZ4218 UZ4118 - 180 5 450 1750 1 5 129 136.8 Note 4 25 0.48 Body B (Axial) UZ5218 UZ5118 - 180 5 450 Note 4 Note 4 5 129 137 +0.11 25 0.6 Body B (Axial) - SZN4988 1N4988 180 5 450 1250 1 5 Note 4 136.8 +0.11 26.4 0.6 Axial, SMS - 30043-1N4988 1N4988 180 5 450 1750 1 2 Note 4 136.8 +0.11 26.4 0.6 Axial, SMS - 1N4988 1N4988 180 5 450 1750 1 2 Note 4 136.8 +0.11 26.4 0.6 Body E (Axial), D-5B SZ5219 SZ5119 - 190 5 470 Note 4 Note 4 5 137 144 +0.11 24 0.55 Axial, SMS UZ5219 UZ5119 1N5128 190 5 470 Note 4 Note 4 5 137 144 +0.11 24 0.55 Body B (Axial) SZ5220 SZ5120 - 200 5 500 Note 4 Note 4 5 144 152 +0.11 22 0.5 Axial, SMS Zeners & TVS Products TX, TXV, and S-Level Screening Available 5 W Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Part Number All parts are available with ±1% or ±2% Tolerances Industry Part Number Nominal Zener Voltage1 Zener Test Current VZ IZT Maximum Dynamic Impedance2 ZZT ZZK Ohms Maximum Reverse Leakage Current IZK IR VR ±10% VR ±5% Maximum Ratings Temperature Coefficient (Typical)5 Current Surge6 TC@IZT IZM IZSM Package3 ±10% ±5% V mA mA µA V V %/°C mA A UZ4220 UZ4120 - 200 5 500 1850 1 5 144 152 Note 4 22 0.4 Body B (Axial) UZ5220 UZ5120 - 200 5 500 Note 4 Note 4 5 144 152 +0.11 22 0.5 Body B (Axial) - SZN4989 1N4989 200 5 500 1300 1 5 Note 4 152 +0.11 23.6 0.5 Axial, SMS - 30043-1N4989 1N4989 200 5 500 1850 1 2 Note 4 152 +0.11 23.6 0.5 Axial, SMS 152 +0.11 23.6 0.5 Body E (Axial), D-5B 167 +0.115 20 0.45 Axial, SMS - 1N4989 1N4989 200 5 500 1850 1 2 Note 4 SZ5222 SZ5122 - 220 5 550 Note 4 Note 4 5 158 UZ5222 UZ5122 - 220 5 550 Note 4 Note 4 5 158 167 +0.115 20 0.45 Body B (Axial) - SZN4990 1N4990 220 5 550 1333 1 5 Note 4 167 +0.115 21.6 0.5 Axial, SMS - 30043-1N4990 1N4990 220 5 550 2000 1 2 Note 4 167 +0.115 21.6 0.5 Axial, SMS - 1N4990 1N4990 220 5 550 2000 1 2 Note 4 167 +0.115 21.6 0.5 Body E (Axial), D-5B SZ5224 SZ5124 - 240 5 650 Note 4 Note 4 5 173 182 +0.115 18 0.4 Axial, SMS UZ5224 UZ5124 - 240 5 650 Note 4 Note 4 5 173 182 +0.115 18 0.4 Body B (Axial) - SZN4991 1N4991 240 5 650 1367 1 2 Note 4 182 +0.115 19.8 0.4 Axial, SMS - 30043-1N4991 1N4991 240 5 650 2050 1 2 Note 4 182 +0.115 19.8 0.4 Axial, SMS - 1N4991 1N4991 240 5 650 2050 1 2 Note 4 182 +0.115 19.8 0.4 Body E (Axial), D-5B SZ5226 SZ5126 - 260 5 750 Note 4 Note 4 5 187 198 +0.12 17 0.35 Axial, SMS UZ5226 UZ5126 1N5129 260 5 750 Note 4 Note 4 5 187 198 +0.12 17 0.35 Body B (Axial) SZ5227 SZ5127 - 270 4 850 Note 4 Note 4 5 202 213 +0.12 16 0.3 Axial, SMS - SZN4992 1N4992 270 5 800 1400 1 2 Note 4 206 +0.12 17.5 0.35 Axial, SMS - 30043-1N4992 1N4992 270 5 800 2100 1 2 Note 4 206 +0.12 17.5 0.35 Axial, SMS - 1N4992 1N4992 270 5 800 2100 1 2 Note 4 206 +0.12 17.5 0.35 Body E (Axial), D-5B UZ5228 UZ5128 1N5130 280 4 850 Note 4 Note 4 5 202 213 +0.12 16 0.3 Body B (Axial) UZ5230 UZ5130 - 300 4 950 Note 4 Note 4 5 216 228 +0.12 15 0.25 Body B (Axial) - SZN4993 1N4993 300 4 950 1433 1 2 Note 4 228 +0.12 15.6 0.3 Axial, SMS - 30043-1N4993 1N4993 300 4 950 2150 1 2 Note 4 228 +0.12 15.6 0.3 Axial, SMS - 1N4993 1N4993 300 4 950 2150 1 2 Note 4 228 +0.12 15.6 0.3 Body E (Axial), D-5B UZ5232 UZ5132 1N5131 320 4 1100 Note 4 Note 4 5 230 243 +0.12 14 0.24 Body B (Axial) - SZN4994 1N4994 330 4 1175 1467 1 2 Note 4 251 +0.12 14.4 0.25 Axial, SMS - 30043-1N4994 1N4994 330 4 1175 2200 1 2 Note 4 251 +0.12 14.4 0.25 Axial, SMS - 1N4994 1N4994 330 4 1175 2200 1 2 Note 4 251 +0.12 14.4 0.25 Body E (Axial), D-5B UZ5234 UZ5134 1N5132 340 4 1200 Note 4 Note 4 5 245 258 +0.12 13 0.23 Body B (Axial) Note 4 UZ5236 UZ5136 - 360 3 1400 Note 4 5 259 274 +0.12 12 0.22 Body B (Axial) - SZN4995 1N4995 360 3 1400 1533 1 2 Note 4 274 +0.12 13 0.22 Axial, SMS - 30043-1N4995 1N4995 360 3 1400 2300 1 2 Note 4 274 +0.12 13 0.22 Axial, SMS - 1N4995 1N4995 360 3 1400 2300 1 2 Note 4 274 +0.12 13 0.22 Body E (Axial), D-5B UZ5238 UZ5138 1N5133 380 3 1500 Note 4 5 274 289 +0.12 12 0.21 Body B (Axial) Note 4 NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. TX, TXV, and S-Level Screening Available Zener & TVS Products 49 5 W Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number Industry Part Number All parts are available with ±1% or ±2% Tolerances Nominal Zener Voltage1 Zener Test Current VZ IZT Maximum Dynamic Impedance2 ZZT ZZK Maximum Reverse Leakage Current IZK IR VR ±10% VR ±5% Maximum Ratings Temperature Coefficient (Typical)5 Current Surge6 TC@IZT IZM IZSM Package3 ±10% ±5% V mA Ohms mA µA V V %/°C mA A - SZN4996 1N4996 390 3 1800 1667 1 2 Note 4 297 +0.12 12 0.2 Axial, SMS - 30043-1N4996 1N4996 390 3 1800 2500 1 2 Note 4 297 +0.12 12 0.2 Axial, SMS - 1N4996 1N4996 390 3 1800 2500 1 2 Note 4 297 +0.12 12 0.2 Body E (Axial), D-5B UZ5240 UZ5140 1N5134 400 3 1800 Note 4 5 288 304 +0.12 11 0.2 Body B (Axial) Note 4 SZ5706 - SZ5890 and SZ5110 - SZ5227 Series Data Sheet Z00007 5 W Axial Leaded and Surface Mount Square Tab (SMS) C Axial7 B ØD C ØA Features: ▪▪ Hermetically sealed in glass ▪▪ TX, TXV, and Space level screening available ▪▪ Replacement for UZ5706 and UZ5806 Series DIM MIN MAX A --- .158” B --- .185” C 1.00" --- D .047" .053" D (K) .038” .042" SMS7 Axial A C A D SMS B DIM MIN MAX A .155” .185” B .190” .225” C .020” .030” D SZN4954 - SZN4996 Series Body to Tab Clearance: .001” Axial7 Data Sheet Z00010 5 W Axial Leaded and Surface Mount Square Tab (SMS) C B Features: ▪▪ Hermetically sealed in glass ▪▪ Tight voltage tolerance 5% ▪▪ For other voltage, power, or tolerance, contact factory ▪▪ TX, TXV, and Space level screening available ▪▪ Replacement for 1N4954 - 1N4996 Axial C ØA B MIN MAX A --- .158” B --- .185” C 1.00” --- D .047" .053" D (K) .038” .042" SMS7 A A D SMS ØD C DIM DIM MIN MAX A .155” .185” B .190” .220” C .023” .027” D Body to Tab Clearance: .001” NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. 7. All dimensions are prior to soldering. 50 Zeners & TVS Products TX, TXV, and S-Level Screening Available 6 W Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number All parts are available with ±1% or ±2% Tolerances ±10% Industry Part Number ±5% Nominal Zener Voltage1 Zener Test Current Maximum Dynamic Impedance2 VZ IZT ZZT IR ±10% V mA Ohms µA V VR Maximum Ratings Temperature Coefficient (Typical) Current Surge5 ±5% TC@IZT IZM IZSM V %/°C mA A Maximum Reverse Leakage Current VR Package3 UZ7806 UZ7706 - 6.8 350 0.6 1000 4.9 5.2 +0.04 1350 50 Body C (Axial) SZ6A7.5 SZ6B7.5 - 7.5 175 0.7 400 5.6 Note 4 +0.03 750 44 Axial UZ7807 UZ7707 - 7.5 325 0.7 800 5.4 5.7 +0.04 1250 41 Body C (Axial) SZ6A8.2 SZ6B8.2 - 8.2 150 0.8 200 6.2 Note 4 +0.03 690 40 Axial UZ7808 UZ7708 - 8.2 300 0.8 200 5.9 6.2 +0.05 1150 31 Body C (Axial) SZ6A9.1 SZ6B9.1 - 9.1 150 0.9 100 6.8 Note 4 +0.03 612 37 Axial UZ7809 UZ7709 - 9.1 275 1 150 6.6 6.9 +0.05 1020 29 Body C (Axial) SZ6A10 SZ6B10 - 10 125 1 75 7.5 Note 4 +0.05 570 34 Axial UZ7810 UZ7710 - 10 250 1 100 7.2 7.6 +0.06 950 26 Body C (Axial) SZ6A11 SZ6B11 - 11 125 1.1 50 8.2 Note 4 +0.05 516 32 Axial SZ6A12 SZ6B12 - 12 100 1.1 50 9.1 Note 4 +0.05 462 31 Axial UZ7812 UZ7712 - 12 200 1.3 75 8.6 9.1 +0.07 770 23 Body C (Axial) SZ6A13 SZ6B13 - 13 100 1.2 25 10 Note 4 +0.05 420 29 Axial UZ7813 UZ7713 - 13 200 1.5 50 9.3 9.9 +0.07 700 21 Body C (Axial) UZ7814 UZ7714 - 14 175 1.5 40 10.1 10.6 +0.07 640 20 Body C (Axial) SZ6A15 SZ6B15 - 15 75 1.2 25 11 Note 4 +0.05 360 26 Axial UZ7815 UZ7715 - 15 150 2 30 10.8 11.4 +0.07 600 17 Body C (Axial) SZ6A16 SZ6B16 - 16 75 1.3 10 12 Note 4 +0.06 330 23 Axial UZ7816 UZ7716 - 16 150 2.5 20 11.5 12.2 +0.07 550 15 Body C (Axial) SZ6A18 SZ6B18 - 18 65 1.3 10 13 Note 4 +0.06 300 21 Axial UZ7818 UZ7718 - 18 130 3.5 20 12.9 13.7 +0.08 500 13 Body C (Axial) SZ6A20 SZ6B20 - 20 65 1.5 10 15 Note 4 +0.06 264 19 Axial UZ7820 UZ7720 - 20 120 4 20 14.4 15.2 +0.08 440 12 Body C (Axial) SZ6A22 SZ6B22 - 22 50 1.6 10 16 Note 4 +0.06 234 17 Axial UZ7822 UZ7722 - 22 100 4.5 20 15.8 16.7 +0.08 390 11 Body C (Axial) SZ6A24 SZ6B24 - 24 50 1.8 10 18 Note 4 +0.06 216 16 Axial UZ7824 UZ7724 - 24 100 5 20 17.3 18.2 +0.08 360 10 Body C (Axial) SZ6A27 SZ6B27 - 27 50 2.5 10 20 Note 4 +0.06 186 14 Axial UZ7827 UZ7727 - 27 90 6 20 19.4 20.6 +0.09 310 9 Body C (Axial) SZ6A30 SZ6B30 - 30 40 4 10 22 Note 4 +0.06 168 13 Axial UZ7830 UZ7730 - 30 80 8 20 21.6 22.8 +0.09 280 8.5 Body C (Axial) SZ6A33 SZ6B33 - 33 40 5 5 24 Note 4 +0.06 156 11 Axial UZ7833 UZ7733 - 33 70 10 10 23.7 25.1 +0.09 260 7.5 Body C (Axial) SZ6A36 SZ6B36 - 36 30 6 5 27 Note 4 +0.06 144 10 Axial UZ7836 UZ7736 - 36 60 12 10 25.9 27.4 +0.09 240 7 Body C (Axial) SZ6A39 SZ6B39 - 39 30 7 5 30 Note 4 +0.06 126 10 Axial UZ7840 UZ7740 - 40 60 15 10 28.8 30.4 +0.095 210 6.4 Body C (Axial) SZ6A43 SZ6B43 - 43 30 10 5 33 Note 4 +0.07 108 9 Axial NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded. 4. Consult factory for values and more information. 5. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. TX, TXV, and S-Level Screening Available Zener & TVS Products 51 6 W Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Part Number All parts are available with ±1% or ±2% Tolerances ±10% Industry Part Number Nominal Zener Voltage1 Zener Test Current Maximum Dynamic Impedance2 VZ IZT ZZT IR ±10% V mA Ohms µA V ±5% VR Maximum Ratings Temperature Coefficient (Typical) Current Surge5 ±5% TC@IZT IZM IZSM V %/°C mA A Maximum Reverse Leakage Current VR Package3 UZ7845 UZ7745 - 45 50 20 10 32.4 34.2 +0.095 180 5.5 Body C (Axial) SZ6A47 SZ6B47 - 47 25 12 5 36 Note 4 +0.07 105 8 Axial UZ7850 UZ7750 - 50 50 22 10 36 38 +0.095 170 4.6 Body C (Axial) SZ6A51 SZ6B51 - 51 25 14 5 39 Note 4 +0.07 102 8 Axial SZ6A56 SZ6B56 - 56 20 18 5 43 Note 4 +0.07 96 7 Axial UZ7856 UZ7756 - 56 40 30 10 40.3 42.6 +0.095 160 4.1 Body C (Axial) UZ7860 UZ7760 - 60 40 35 10 43.2 45.6 +0.095 150 3.7 Body C (Axial) SZ6A62 SZ6B62 - 62 20 20 5 47 Note 4 +0.08 90 7 Axial SZ6A68 SZ6B68 - 68 20 22 5 51 Note 4 +0.08 78 6 Axial UZ7870 UZ7770 - 70 35 40 10 50.4 53.2 +0.095 130 3.3 Body C (Axial) SZ6A75 SZ6B75 - 75 20 25 5 56 Note 4 +0.08 72 6 Axial UZ7875 UZ7775 - 75 30 45 10 54 56 +0.095 120 3.1 Body C (Axial) UZ7880 UZ7780 - 80 30 60 10 57.6 60.8 +0.095 110 2.9 Body C (Axial) SZ6A82 SZ6B82 - 82 15 30 5 62 Note 4 +0.08 66 5 Axial UZ7890 UZ7790 - 90 25 75 10 64.8 68.4 +0.095 100 2.6 Body C (Axial) SZ6A91 SZ6B91 - 91 15 43 5 68 Note 4 +0.08 60 4 Axial SZ6A100 SZ6B100 - 100 12 45 5 75 Note 4 +0.09 54 4 Axial UZ7210 UZ7110 - 100 20 90 10 72 76 +0.1 90 2.3 Body C (Axial) SZ6A110 SZ6B110 - 110 12 65 5 82 Note 4 +0.09 49.2 2 Axial SZ6A120 SZ6B120 - 120 10 90 5 91 Note 4 +0.09 45 2 Axial SZ6A130 SZ6B130 - 130 10 100 5 100 Note 4 +0.09 41.4 2 Axial SZ6A150 SZ6B150 - 150 8 150 5 110 Note 4 +0.09 36 2 Axial SZ6A160 SZ6B160 - 160 8 180 5 120 Note 4 +0.09 33.6 2 Axial SZ6A180 SZ6B180 - 180 5 210 5 130 Note 4 +0.09 30 2 Axial SZ6A200 SZ6B200 - 200 5 250 5 150 Note 4 +0.09 27 1 Axial SZ6A220 SZ6B220 - 220 5 350 5 160 Note 4 +0.09 24.6 1 Axial SZ6A240 SZ6B240 - 240 5 450 5 180 Note 4 +0.09 22.2 1 Axial SZ6A270 SZ6B270 - 270 5 600 5 200 Note 4 +0.09 20.4 1 Axial SZ6A7.5 - S6A270 Series Axial Data Sheet Z00005 6 W Axial Leaded Axial6 (see page 54 for 8 W Isolated Ministud (V) and page 60 for 10 W Ministud (C) and Surface Mount Square Tab (SMS) versions) Features: ▪▪ Hermetically sealed in glass ▪▪ Available in 10% and 5% tolerances - for other voltage tolerances, contact factory ▪▪ TX, TXV, and Space level screening available DIM C B C ØD ØA MIN MAX A --- .158” B --- .185” C 1.00" --- D .047” .053" NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: Axial = Axial Leaded. 4. Consult factory for values and more information. 5. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. 6. All dimensions are prior to soldering. 52 Zeners & TVS Products TX, TXV, and S-Level Screening Available 8 W Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number All parts are available with ±1% or ±2% Tolerances ±10% ±5% Industry Part Number Nominal Zener Voltage1 Zener Test Current Maximum Dynamic Impedance2 VZ IZT ZZT IR ±10% V mA Ohms µA Maximum Ratings Temperature Coefficient (Typical) Current Surge5 ±5% TC@IZT IZM IZSM V V %/°C mA A Maximum Reverse Leakage Current VR VR Package3 SZ6A7.5V SZ6B7.5V - 7.5 175 0.7 400 5.6 Note 4 +0.03 1000 44 V SZ6A8.2V SZ6B8.2V - 8.2 150 0.8 200 6.2 Note 4 +0.03 920 40 V SZ6A9.1V SZ6B9.1V - 9.1 150 0.9 100 6.8 Note 4 +0.03 816 37 V SZ6A10V SZ6B10V - 10 125 1 75 7.5 Note 4 +0.05 760 34 V SZ6A11V SZ6B11V - 11 125 1.1 50 8.2 Note 4 +0.05 688 32 V SZ6A12V SZ6B12V - 12 100 1.1 50 9.1 Note 4 +0.05 616 31 V SZ6A13V SZ6B13V - 13 100 1.2 25 10 Note 4 +0.05 560 29 V SZ6A15V SZ6B15V - 15 75 1.2 25 11 Note 4 +0.05 480 26 V SZ6A16V SZ6B16V - 16 75 1.3 10 12 Note 4 +0.06 440 23 V SZ6A18V SZ6B18V - 18 65 1.3 10 13 Note 4 +0.06 400 21 V SZ6A20V SZ6B20V - 20 65 1.5 10 15 Note 4 +0.06 352 19 V SZ6A22V SZ6B22V - 22 50 1.6 10 16 Note 4 +0.06 312 17 V SZ6A24V SZ6B24V - 24 50 1.8 10 18 Note 4 +0.06 288 16 V SZ6A27V SZ6B27V - 27 50 2.5 10 20 Note 4 +0.06 248 14 V SZ6A30V SZ6B30V - 30 40 4 10 22 Note 4 +0.06 224 13 V SZ6A33V SZ6B33V - 33 40 5 5 24 Note 4 +0.06 208 11 V SZ6A36V SZ6B36V - 36 30 6 5 27 Note 4 +0.06 192 10 V SZ6A39V SZ6B39V - 39 30 7 5 30 Note 4 +0.06 168 10 V SZ6A43V SZ6B43V - 43 30 10 5 33 Note 4 +0.07 144 9 V SZ6A47V SZ6B47V - 47 25 12 5 36 Note 4 +0.07 140 8 V SZ6A51V SZ6B51V - 51 25 14 5 39 Note 4 +0.07 136 8 V SZ6A56V SZ6B56V - 56 20 18 5 43 Note 4 +0.07 128 7 V SZ6A62V SZ6B62V - 62 20 20 5 47 Note 4 +0.08 120 7 V SZ6A68V SZ6B68V - 68 20 22 5 51 Note 4 +0.08 104 6 V SZ6A75V SZ6B75V - 75 20 25 5 56 Note 4 +0.08 96 6 V SZ6A82V SZ6B82V - 82 15 30 5 62 Note 4 +0.08 88 5 V SZ6A91V SZ6B91V - 91 15 43 5 68 Note 4 +0.08 80 4 V SZ6A100V SZ6B100V - 100 12 45 5 75 Note 4 +0.09 72 4 V SZ6A110V SZ6B110V - 110 12 65 5 82 Note 4 +0.09 65.6 2 V SZ6A120V SZ6B120V - 120 10 90 5 91 Note 4 +0.09 60 2 V SZ6A130V SZ6B130V - 130 10 100 5 100 Note 4 +0.09 55.2 2 V SZ6A150V SZ6B150V - 150 8 150 5 110 Note 4 +0.09 48 2 V SZ6A160V SZ6B160V - 160 8 180 5 120 Note 4 +0.09 44.8 2 V SZ6A180V SZ6B180V - 180 5 210 5 130 Note 4 +0.09 40 2 V SZ6A200V SZ6B200V - 200 5 250 5 150 Note 4 +0.09 36 1 V SZ6A220V SZ6B220V - 220 5 350 5 160 Note 4 +0.09 32.8 1 V SZ6A240V SZ6B240V - 240 5 450 5 180 Note 4 +0.09 29.6 1 V SZ6A270V SZ6B270V - 270 5 600 5 200 Note 4 +0.09 27.2 1 V NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: V = Isolated Ministud. 4. Consult factory for values and more information. 5. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. TX, TXV, and S-Level Screening Available Zener & TVS Products 53 8 W Zener Diodes SZ6A7.5 - S6A270 Series Isolated Ministud Data Sheet Z00005 8 W Isolated Ministud (V) (See page 52 for 6 W Axial Leaded and page 60 for 10 W Ministud (C) and 10 W Surface Mount Square Tab (SMS) versions) Features: ▪▪ Hermetically sealed in glass ▪▪ Available in 10% and 5% tolerances - for other voltage tolerances, contact factory ▪▪ TX, TXV, and Space level screening available Isolated Ministud (V)1 FULL THREAD TO WITHIN .060 OF SHOULDER .260 .220 BERILLIA INSULATING DISC .025 .010 .135 .115 CATHODE TERMINAL GOLD PLATED .055 .035 .33 MAX ø .072 .052 .20±.03 .187 MAX .138-32 UNC COPPER GOLD PLATED R.005 MAX .580 MAX ANODE TERMINAL GOLD PLATED .140 SLOT DEPTH .100 .255 HEX .245 NOTES: 1. All dimensions are prior to soldering. 54 Zeners & TVS Products TX, TXV, and S-Level Screening Available 10 W Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Part Number All parts are available with ±1% or ±2% Tolerances ±10% Industry Part Number ±5% Nominal Zener Voltage1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK Ohms Maximum Reverse Leakage Current VR VR Maximum Ratings Temperature Coefficient (Typical)5 Current Surge6 IZM IZSM A IZK IR ±10% ±5% TC@IZT mA µA V V %/°C mA Package3 1N3993 1N3993A 1N3993 3.9 640 2 400 1 100 0.5 0.5 -0.06 2440 12 DO-4 1N1599 1N1599A 1N1599 3.9 500 1.5 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N3994 1N3994A 1N3994 4.3 580 1.5 400 1 100 0.5 0.5 -0.05 2200 11 DO-4 1N3995 1N3995A 1N3995 4.7 530 1.2 550 1 50 1 1 +0.025 2000 10 DO-4 1N1600 1N1600A 1N1600 4.7 400 0.9 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N2041 - 1N2041 4.7 1000 0.5 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N4240A 1N4240B 1N4240 5 400 0.68 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N3996 1N3996A 1N3996 5.1 490 1.1 550 1 10 1 1 +0.03 1840 9 DO-4 - 1N3984 1N3984 5.5 1000 0.7 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N3997 1N3997A 1N3997 5.6 445 1 600 1 10 1 1 +0.04 1680 8 DO-4 1N1601 1N1601A 1N1601 5.6 350 0.6 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1803 1N1803A 1N1803 5.6 1000 1 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N2042 - 1N2042 5.6 1000 0.7 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 - 1N3985 1N3985 6 1000 0.7 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N4241A 1N4241B 1N4241 6 350 0.5 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N3998 1N3998A 1N3998 6.2 405 1.1 700 1 10 2 2 +0.045 1520 7 DO-4 1N1804 1N1804A 1N1804 6.2 1000 1 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 - 1N3986 1N3986 6.2 805 1.5 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 UZ7806 UZ7706 - 6.8 350 0.6 Note 4 Note 4 1000 4.9 5.2 +0.04 1350 50 Body C (Stud) 1N2970A 1N2970B 1N2970 6.8 370 1.2 500 1 150 5.2 5.2 +0.057 1500 7.5 DO-4 1N1602 1N1602A 1N1602 6.8 300 0.4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1805 1N1805A 1N1805 6.8 1000 1 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N2043 - 1N2043 6.8 1000 0.8 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 SZ6A7.5 SZ6B7.5 - 7.5 175 0.7 Note 4 Note 4 400 5.6 Note 4 +0.03 1250 44 C, SMS UZ7807 UZ7707 - 7.5 325 0.7 Note 4 Note 4 800 5.4 5.7 +0.04 1250 41 Body C (Stud) 1N2971A 1N2971B 1N2971 7.5 335 1.3 250 1 100 5.7 5.7 +0.067 1350 6.75 DO-4 1N1806 1N1806A 1N1806 7.5 1000 1 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 SZ6A8.2 SZ6B8.2 - 8.2 150 0.8 Note 4 Note 4 200 6.2 Note 4 +0.03 1150 40 C, SMS UZ7808 UZ7708 - 8.2 300 0.8 Note 4 Note 4 200 5.9 6.2 +0.05 1150 31 Body C (Stud) 1N2972A 1N2972B 1N2972 8.2 305 1.5 250 1 50 6.2 6.2 +0.07 1180 5.9 DO-4 1N1603 1N1603A 1N1603 8.2 250 0.6 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1807 1N1807A 1N1807 8.2 1000 1 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N2044 - 1N2044 8.2 1000 0.8 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 SZ6A9.1 SZ6B9.1 - 9.1 150 0.9 Note 4 Note 4 100 6.8 Note 4 +0.03 1020 37 C, SMS UZ7809 UZ7709 - 9.1 275 1 Note 4 Note 4 150 6.6 6.9 +0.05 1020 29 Body C (Stud) 1N2973A 1N2973B 1N2973 9.1 275 2 250 1 25 6.9 6.9 +0.075 1100 5.5 DO-4 NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: SMS = Surface Mount Square Tab and C = Ministud C. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. TX, TXV, and S-Level Screening Available Zener & TVS Products 55 10 W Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number All parts are available with ±1% or ±2% Tolerances 56 Industry Part Number Nominal Zener Voltage1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK Ohms Maximum Reverse Leakage Current VR VR Maximum Ratings Temperature Coefficient (Typical)5 Current Surge6 TC@IZT IZM IZSM Package3 IZK IR ±10% mA µA V V %/°C mA A Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 +0.05 950 34 C, SMS ±5% ±10% ±5% 1N1808 1N1808A 1N1808 9.1 500 1 Note 4 SZ6A10 SZ6B10 - 10 125 1 Note 4 Note 4 75 7.5 Note 4 UZ7810 UZ7710 - 10 250 1 Note 4 Note 4 100 7.2 7.6 +0.06 950 26 Body C (Stud) 1N2974A 1N2974B 1N2974 10 250 3 250 1 25 7.6 7.6 +0.081 980 4.9 DO-4 1N1604 1N1604A 1N1604 10 200 1 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1351 1N1351A 1N1351 10 500 2 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N2045 - 1N2045 10 500 1.5 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N2498 1N2498A 1N2498 10 500 2 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 SZ6A11 SZ6B11 - 11 125 1.1 Note 4 Note 4 50 8.2 Note 4 +0.05 860 32 C, SMS 1N2975A 1N2975B 1N2975 11 230 3 250 1 10 8.4 8.4 +0.085 890 4.45 DO-4 1N1352 1N1352A 1N1352 11 500 2 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N2499 1N2499A 1N2499 11 500 2 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 SZ6A12 SZ6B12 - 12 100 1.1 Note 4 Note 4 50 9.1 Note 4 +0.05 770 31 C, SMS UZ7812 UZ7712 - 12 200 1.3 Note 4 Note 4 75 8.6 9.1 +0.07 770 23 Body C (Stud) 1N2976A 1N2976B 1N2976 12 210 3 250 1 10 9.1 9.1 +0.079 820 4.1 DO-4 1N1605 1N1605A 1N1605 12 170 2 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1353 1N1353A 1N1353 12 500 2 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N2046 - 1N2046 12 500 2 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N2500 1N2500A 1N2500 12 500 2 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 SZ6A13 SZ6B13 - 13 100 1.2 Note 4 Note 4 25 10 Note 4 +0.05 700 29 C, SMS UZ7813 UZ7713 - 13 200 1.5 Note 4 Note 4 50 9.3 9.9 +0.07 700 21 Body C (Stud) 1N2977A 1N2977B 1N2977 13 190 3 250 1 10 9.9 9.9 +0.08 750 3.75 DO-4 1N1354 1N1354A 1N1354 13 500 2 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1816 1N1816A 1N1816 13 500 2 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 UZ7814 UZ7714 - 14 175 1.5 Note 4 Note 4 40 10.1 10.6 +0.07 640 20 Body C (Stud) SZ6A15 SZ6B15 - 15 75 1.2 Note 4 Note 4 25 11 Note 4 +0.05 600 26 C, SMS UZ7815 UZ7715 - 15 150 2 Note 4 Note 4 30 10.8 11.4 +0.07 600 17 Body C (Stud) 1N2979A 1N2979B 1N2979 15 170 3 250 1 10 11.4 11.4 +0.082 640 3.2 DO-4 1N1606 1N1606A 1N1606 15 140 1.9 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1355 1N1355A 1N1355 15 500 2 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1817 1N1817A 1N1817 15 500 2 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N2047 - 1N2047 15 500 3 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 SZ6A16 SZ6B16 - 16 75 1.3 Note 4 Note 4 10 12 Note 4 +0.06 550 23 C, SMS UZ7816 UZ7716 - 16 150 2.5 Note 4 Note 4 20 11.5 12.2 +0.07 550 15 Body C (Stud) 1N2980A 1N2980B 1N2980 16 155 4 250 1 10 12.2 12.2 +0.083 605 3 DO-4 1N1356 1N1356A 1N1356 16 500 3 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1818 1N1818A 1N1818 16 500 3 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 SZ6A18 SZ6B18 - 18 65 1.3 Note 4 Note 4 10 13 Note 4 +0.06 500 21 C, SMS UZ7818 UZ7718 - 18 130 3.5 Note 4 Note 4 20 12.9 13.7 +0.08 500 13 Body C (Stud) 1N2982A 1N2982B - 18 140 4 250 1 10 13.7 13.7 +0.085 525 2.6 DO-4 1N1607 1N1607A 1N1607 18 110 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1357 1N1357A 1N1357 18 150 3 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 Zeners & TVS Products TX, TXV, and S-Level Screening Available 10 W Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Part Number All parts are available with ±1% or ±2% Tolerances ±10% ±5% Industry Part Number Nominal Zener Voltage1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK Ohms Maximum Reverse Leakage Current VR VR Maximum Ratings Temperature Coefficient (Typical)5 Current Surge6 TC@IZT IZM IZSM Package3 IZK IR ±10% mA µA V V %/°C mA A Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 Note 4 Note 4 Note 4 DO-4 ±5% 1N1819 1N1819A 1N1819 18 500 3 Note 4 1N2048 - 1N2048 18 500 3 Note 4 Note 4 Note 4 Note 4 Note 4 SZ6A20 SZ6B20 - 20 65 1.5 Note 4 Note 4 10 15 Note 4 +0.06 440 19 C, SMS UZ7820 UZ7720 - 20 120 4 Note 4 Note 4 20 14.4 15.2 +0.08 440 12 Body C (Stud) 1N2984A 1N2984B 1N2984 20 125 4 250 1 10 15.2 15.2 +0.086 480 2.4 DO-4 1N1358 1N1358A 1N1358 20 150 3 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1820 1N1820A 1N1820 20 250 3 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 - 1N3949 1N3949 20 250 3 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 SZ6A22 SZ6B22 - 22 50 1.6 Note 4 Note 4 10 16 Note 4 +0.06 390 17 C, SMS UZ7822 UZ7722 - 22 100 4.5 Note 4 Note 4 20 15.8 16.7 +0.08 390 11 Body C (Stud) 1N2985A 1N2985B 1N2985 22 115 5 250 1 10 16.7 16.7 +0.087 435 2.18 DO-4 1N1608 1N1608A 1N1608 22 90 6 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1359 1N1359A 1N1359 22 150 3 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1821 1N1821A 1N1821 22 250 3 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N2049 - 1N2049 22 150 8 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 SZ6A24 SZ6B24 - 24 50 1.8 Note 4 Note 4 10 18 Note 4 +0.06 360 16 C, SMS UZ7824 UZ7724 - 24 100 5 Note 4 Note 4 20 17.3 18.2 +0.08 360 10 Body C (Stud) 1N2986A 1N2986B 1N2986 24 105 5 250 1 10 18.2 18.2 +0.088 400 2 DO-4 1N1360 1N1360A 1N1360 24 150 3 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1822 1N1822A 1N1822 24 250 3 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 SZ6A27 SZ6B27 - 27 50 2.5 Note 4 Note 4 10 20 Note 4 +0.06 310 14 C, SMS UZ7827 UZ7727 - 27 90 6 Note 4 Note 4 20 19.4 20.6 +0.09 310 9 Body C (Stud) 1N2988A 1N2988B 1N2988 27 95 7 250 1 10 20.6 20.6 +0.09 340 1.7 DO-4 1N1609 1N1609A 1N1609 27 70 10 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1361 1N1361A 1N1361 27 150 3 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1823 1N1823A 1N1823 27 250 3 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 SZ6A30 SZ6B30 - 30 40 4 Note 4 Note 4 10 22 Note 4 +0.06 280 13 C, SMS UZ7830 UZ7730 - 30 80 8 Note 4 Note 4 20 21.6 22.8 +0.09 280 8.5 Body C (Stud) 1N2989A 1N2989B 1N2989 30 85 8 300 1 10 22.8 22.8 +0.091 320 1.6 DO-4 1N1362 1N1362A 1N1362 30 150 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1824 1N1824A 1N1824 30 250 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 SZ6A33 SZ6B33 - 33 40 5 Note 4 Note 4 5 24 Note 4 +0.06 260 11 C, SMS UZ7833 UZ7733 - 33 70 10 Note 4 Note 4 10 23.7 25.1 +0.09 260 7.5 Body C (Stud) 1N2990A 1N2990B 1N2990 33 75 9 300 1 10 25.1 25.1 +0.092 300 1.5 DO-4 1N1363 1N1363A 1N1363 33 150 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1825 1N1825A 1N1825 33 150 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: SMS = Surface Mount Square Tab and C = Ministud C. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. TX, TXV, and S-Level Screening Available Zener & TVS Products 57 10 W Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number All parts are available with ±1% or ±2% Tolerances 58 Industry Part Number Nominal Zener Voltage1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK ±10% ±5% Ohms SZ6A36 SZ6B36 - 36 30 6 Note 4 UZ7836 UZ7736 - 36 60 12 Note 4 Maximum Reverse Leakage Current VR VR Maximum Ratings Temperature Coefficient (Typical)5 Current Surge6 IZM IZSM mA A Package3 IZK IR ±10% ±5% TC@IZT mA µA V V %/°C Note 4 5 27 Note 4 +0.06 240 10 C, SMS Note 4 10 25.9 27.4 +0.09 240 7 Body C (Stud) 1N2991A 1N2991B 1N2991 36 70 10 300 1 10 27.4 27.4 +0.093 260 1.3 DO-4 1N1364 1N1364A 1N1364 36 150 5 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1826 1N1826A 1N1826 36 150 5 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 SZ6A39 SZ6B39 - 39 30 7 Note 4 Note 4 5 30 Note 4 +0.06 210 10 C, SMS 1N2992A 1N2992B 1N2992 39 65 11 300 1 10 29.7 29.7 +0.094 240 1.2 DO-4 1N1365 1N1365A 1N1365 39 150 5 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1827 1N1827A 1N1827 39 150 5 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 UZ7840 UZ7740 - 40 60 15 Note 4 Note 4 10 28.8 30.4 +0.095 210 6.4 Body C (Stud) SZ6A43 SZ6B43 - 43 30 10 Note 4 Note 4 5 33 Note 4 +0.07 180 9 C, SMS 1N2993A 1N2993B 1N2993 43 60 12 400 1 10 32.7 32.7 +0.095 220 1.1 DO-4 1N1366 1N1366A 1N1366 43 150 6 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1828 1N1828A 1N1828 43 150 6 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 UZ7845 UZ7745 - 45 50 20 Note 4 Note 4 10 32.4 34.2 +0.095 180 5.5 Body C (Stud) SZ6A47 SZ6B47 - 47 25 12 Note 4 Note 4 5 36 Note 4 +0.07 175 8 C, SMS 1N2995A 1N2995B - 47 55 14 400 1 10 35.8 35.8 +0.095 200 1 DO-4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1367 1N1367A 1N1367 47 150 7 Note 4 1N1829 1N1829A 1N1829 47 150 7 Note 4 Note 4 Note 4 UZ7850 UZ7750 - 50 50 22 Note 4 Note 4 10 36 38 +0.095 170 4.6 Body C (Stud) SZ6A51 SZ6B51 - 51 25 14 Note 4 Note 4 5 39 Note 4 +0.07 170 8 C, SMS 1N2997A 1N2997B 1N2997 51 50 15 500 1 10 38.8 38.8 +0.096 185 0.925 DO-4 1N1368 1N1368A 1N1368 51 150 8 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1830 1N1830A 1N1830 51 150 8 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 SZ6A56 SZ6B56 - 56 20 18 Note 4 Note 4 5 43 Note 4 +0.07 160 7 C, SMS UZ7856 UZ7756 - 56 40 30 Note 4 Note 4 10 40.3 42.6 +0.095 160 4.1 Body C (Stud) 1N2999A 1N2999B 1N2999 56 45 16 500 1 10 42.6 42.6 +0.096 170 0.85 DO-4 1N1369 1N1369A 1N1369 56 150 9 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1831 1N1831A 1N1831 56 150 9 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 UZ7860 UZ7760 - 60 40 35 Note 4 Note 4 10 43.2 45.6 +0.095 150 3.7 Body C (Stud) 1N3000A 1N3000B 1N3000 62 40 17 600 1 10 47.1 47.1 +0.097 150 0.75 DO-4 SZ6A62 SZ6B62 - 62 20 20 Note 4 Note 4 5 47 Note 4 +0.08 150 7 C, SMS 1N1370 1N1370A 1N1370 62 50 12 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1832 1N1832A 1N1832 62 50 12 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 SZ6A68 SZ6B68 - 68 20 22 Note 4 Note 4 5 51 Note 4 +0.08 130 6 C, SMS 1N3001A 1N3001B 1N3001 68 37 18 600 1 10 51.7 51.7 +0.097 137 0.685 DO-4 1N1371 1N1371A 1N1371 68 50 14 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1833 1N1833A 1N1833 68 50 14 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 Note 4 10 50.4 53.2 +0.095 130 3.3 Body C (Stud) 5 56 Note 4 +0.08 120 6 C, SMS UZ7870 UZ7770 - 70 35 40 Note 4 SZ6A75 SZ6B75 - 75 20 25 Note 4 Note 4 UZ7875 UZ7775 - 75 30 45 Note 4 Note 4 10 54 56 +0.095 120 3.1 Body C (Stud) 1N3002A 1N3002B 1N3002 75 33 22 600 1 10 56 56 +0.098 125 0.625 DO-4 Zeners & TVS Products TX, TXV, and S-Level Screening Available 10 W Zener Diodes Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VZ then by IZM Part Number All parts are available with ±1% or ±2% Tolerances ±10% ±5% Industry Part Number Nominal Zener Voltage1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK Ohms Maximum Reverse Leakage Current VR VR Maximum Ratings Temperature Coefficient (Typical)5 Current Surge6 TC@IZT IZM IZSM Package3 IZK IR ±10% mA µA V V %/°C mA A Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 Note 4 Note 4 Note 4 Note 4 DO-4 ±5% 1N1372 1N1372A 1N1372 75 50 20 Note 4 1N1834 1N1834A 1N1834 75 50 20 Note 4 Note 4 Note 4 Note 4 UZ7880 UZ7780 - 80 30 60 Note 4 Note 4 10 57.6 60.8 +0.095 110 2.9 Body C (Stud) SZ6A82 SZ6B82 - 82 15 30 Note 4 Note 4 5 62 Note 4 +0.08 110 5 C, SMS 1N3003A 1N3003B 1N3003 82 30 25 700 1 10 62.2 62.2 +0.098 115 0.575 DO-4 1N1373 1N1373A 1N1373 82 50 22 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1835 1N1835A 1N1835 82 50 22 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 UZ7890 UZ7790 - 90 25 75 Note 4 Note 4 10 64.8 68.4 +0.095 100 2.6 Body C (Stud) 1N3004A 1N3004B 1N3004 91 28 35 800 1 10 69.2 69.2 +0.099 97 0.485 DO-4 SZ6A91 SZ6B91 - 91 15 43 Note 4 Note 4 5 68 Note 4 +0.08 100 4 C, SMS 1N1374 1N1374A 1N1374 91 50 35 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N1836 1N1836A 1N1836 91 50 35 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 SZ6A100 SZ6B100 - 100 12 45 Note 4 Note 4 5 75 Note 4 +0.09 90 4 C, SMS UZ7210 UZ7110 - 100 20 90 Note 4 Note 4 10 72 76 +0.1 90 2.3 Body C (Stud) 1N3005A 1N3005B 1N3005 100 25 40 900 1 10 76 76 +0.11 91 0.45 DO-4 1N1375 1N1375A 1N1375 100 50 40 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N2008 1N2008A 1N2008 100 50 40 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N3007A 1N3007B 1N3007 110 23 55 1100 1 10 83.6 83.6 +0.11 82 0.41 DO-4 SZ6A110 SZ6B110 - 110 12 65 Note 4 Note 4 5 82 Note 4 +0.09 82 2 C, SMS 1N1809 1N1809A 1N1809 110 50 47 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N2009 1N2009A 1N2009 110 50 47 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 Note 4 SZ6A120 SZ6B120 - 120 10 90 Note 4 5 91 Note 4 +0.09 75 2 C, SMS 1N3008A 1N3008B 1N3008 120 20 75 1200 1 10 91.2 91.2 +0.11 77 0.38 DO-4 1N1810 1N1810A 1N1810 120 50 56 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N2010 1N2010A 1N2010 120 50 56 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 SZ6A130 SZ6B130 - 130 10 100 Note 4 Note 4 5 100 Note 4 +0.09 69 2 C, SMS 1N3009A 1N3009B 1N3009 130 19 100 1300 1 10 98.8 98.8 +0.11 71 0.35 DO-4 1N1811 1N1811A 1N1811 130 50 65 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N2011 1N2011A 1N2011 130 50 65 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 SZ6A150 SZ6B150 - 150 8 150 Note 4 Note 4 5 110 Note 4 +0.09 60 2 C, SMS 1N3011A 1N3011B 1N3011 150 17 175 1500 1 10 114 114 +0.11 62 0.31 DO-4 1N1812 1N1812A 1N1812 150 50 82 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 1N2012 1N2012A 1N2012 150 50 82 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 SZ6A160 SZ6B160 - 160 8 180 Note 4 Note 4 5 120 Note 4 +0.09 56 2 C, SMS 1N3012A 1N3012B 1N3012 160 16 200 1600 1 10 121.6 121.6 +0.11 58 0.29 DO-4 1N1813 1N1813A 1N1813 160 50 93 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: SMS = Surface Mount Square Tab and C = Ministud C. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. TX, TXV, and S-Level Screening Available Zener & TVS Products 59 10 W Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number Industry Part Number All parts are available with ±1% or ±2% Tolerances ±10% ±5% Nominal Zener Voltage1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK Ohms Maximum Reverse Leakage Current VR Maximum Ratings Temperature Coefficient (Typical)5 Current Surge6 IZM IZSM A VR IZK IR ±10% ±5% TC@IZT mA µA V V %/°C mA Note 4 Package3 SZ6A180 SZ6B180 - 180 5 210 Note 4 5 130 Note 4 +0.09 50 2 C, SMS 1N3014A 1N3014B 1N3014 180 14 260 1850 1 10 136.8 136.8 +0.11 52 0.26 DO-4 1N1814 1N1814A 1N1814 180 50 115 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 SZ6A200 SZ6B200 - 200 5 250 Note 4 Note 4 5 150 Note 4 +0.09 45 1 C, SMS 1N3015A 1N3015B 1N3015 200 12 300 2000 1 10 152 152 +0.11 46 0.23 DO-4 1N1815 1N1815A 1N1815 200 50 140 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 Note 4 DO-4 SZ6A220 SZ6B220 - 220 5 350 Note 4 Note 4 5 160 Note 4 +0.09 41 1 C, SMS SZ6A240 SZ6B240 - 240 5 450 Note 4 Note 4 5 180 Note 4 +0.09 37 1 C, SMS SZ6A270 SZ6B270 - 270 5 600 Note 4 Note 4 5 200 Note 4 +0.09 34 1 C, SMS SZ6A7.5 - S6A270 Series Ministud (C)7 Data Sheet Z00005 10 W Ministud (C) and 10 W Surface Mount Square Tab (SMS) .005R MAX .112 MAX TO SHOULDER .460 MAX .035 .055 (See page 52 for 6 W Axial Leaded and page 54 for 8 W Isolated Ministud (V) versions) .187 MAX Features: ▪▪ Hermetically sealed in glass ▪▪ Available in 10% and 5% tolerances - for other voltage tolerances, contact factory ▪▪ TX, TXV, and Space level screening available .120 TYP .4-40x .230 / .250 SMS - Frit Glass7 A C A D DIM MIN MAX A .155” .185” B .190” .220” .023” .027” C D Ministud SMS .183 / .193 HEX B Body to Tab Clearance: .001” 20W Zeners also available in new SZL Button Tabs DO-4 stud mount Features: ▪▪ 20W, 7.5 - 200V Zener button tabs ▪▪ Smaller and lighter than DO-4 stud mounts ▪▪ 0.190” body diameter maximum ▪▪ RθJC = 2.75°C/W ▪▪ Hermetically sealed ▪▪ Metallurgically bonded *See page 90 for more details about button tab products SZL Button Tab NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Package definitions: SMS = Surface Mount Square Tab and C = Ministud C. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. 7. All dimensions are prior to soldering. 60 Zeners & TVS Products TX, TXV, and S-Level Screening Available 50 W Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number All parts are available with ±1% or ±2% Tolerances Industry Part Number Nominal Zener Voltage1 Zener Test Current VZ IZT Maximum Dynamic Impedance2 ZZT ZZK Ohms IZK Maximum Reverse Leakage Current VR IR ±10% VR ±5% Maximum Ratings3 Temperature Coefficient (Typical)5 Current Surge6 TC@IZT IZM IZSM Package ±10% ±5% V mA mA µA V V %/°C mA A - 1N4557 1N4557 3.9 3200 0.16 400 5 150 - 0.5 -0.046 10000 40 TO-3 - 1N4549 1N4549 3.9 3200 0.16 400 5 150 - 0.5 -0.05 12400 40 DO-5 - 1N4558 1N4558 4.3 2900 0.16 500 5 150 - 0.5 -0.033 9000 38 TO-3 - 1N4550 1N4550 4.3 2900 0.16 500 5 150 - 0.5 -0.035 11050 38 DO-5 - 1N4559 1N4559 4.7 2650 0.12 600 5 100 - 1 ±.015 8000 35 TO-3 - 1N4551 1N4551 4.7 2650 0.12 600 5 100 - 1 ±.015 10100 35 DO-5 - 1N4560 1N4560 5.1 2450 0.12 650 5 20 - 1 +0.035 7500 32 TO-3 - 1N4552 1N4552 5.1 2450 0.12 650 5 20 - 1 +0.035 9300 32 DO-5 - 1N4561 1N4561 5.6 2250 0.12 900 5 20 - 1 +0.05 7000 30 TO-3 - 1N4553 1N4553 5.6 2250 0.12 900 5 20 - 1 +0.05 8500 30 DO-5 - 1N4562 1N4562 6.2 2000 0.14 1000 5 20 - 2 +0.55 6500 25 TO-3 - 1N4554 1N4554 6.2 2000 0.14 1000 5 20 - 2 +0.055 7650 25 DO-5 - 1N2804 1N2804 6.8 1850 0.2 70 5 150 - 4.5 +0.057 7000 37 TO-3 - 1N3305 1N3305 6.8 1850 0.2 750 5 300 - 4.5 +0.057 7000 37 DO-5 - 1N3306 1N3306 7.5 1700 0.3 350 5 125 - 5 +0.067 6350 33 DO-5 - 1N2805 1N2805 7.5 1700 0.3 70 5 100 - 5 +0.067 6360 33 TO-3 - 1N2806 1N2806 8.2 1500 0.4 70 5 50 - 5.4 +0.07 5800 29 TO-3 - 1N3307 1N3307 8.2 1500 0.4 250 5 50 - 5.4 +0.07 5800 29 DO-5 - 1N2807 1N2807 9.1 1370 0.5 70 5 25 - 6.1 +0.075 5240 26.5 TO-3 - 1N3308 1N3308 9.1 1370 0.5 250 5 25 - 6.1 +0.075 5240 26.5 DO-5 - 1N2808 1N2808 10 1200 0.6 80 5 25 - 6.7 +0.081 4760 24 TO-3 - 1N3309 1N3309 10 1200 0.6 250 5 25 - 6.7 +0.081 4760 24 DO-5 - 1N2809 1N2809 11 1100 0.8 80 5 10 - 8.4 +0.085 4330 21.5 TO-3 - 1N3310 1N3310 11 1100 0.8 250 5 10 - 8.4 +0.085 4330 21.5 DO-5 - 1N2810 1N2810 12 1000 1 80 5 10 - 9.1 +0.079 3970 20 TO-3 - 1N3311 1N3311 12 1000 1 250 5 10 - 9.1 +0.079 3970 20 DO-5 - 1N2811 1N2811 13 960 1.1 80 5 10 - 9.9 +0.08 3750 18.5 TO-3 - 1N3312 1N3312 13 960 1.1 250 5 10 - 9.9 +0.08 3750 18.5 DO-5 - 1N3313 1N3313 14 890 1.2 250 5 10 - 11.4 +0.08 3000 17 DO-5 - 1N2813 1N2813 15 830 1.4 80 5 10 - 11.4 +0.082 3170 15.5 TO-3 - 1N3314 1N3314 15 830 1.4 250 5 10 - 11.4 +0.082 3170 15.5 DO-5 - 1N2814 1N2814 16 780 1.6 80 5 10 - 12.2 +0.083 2970 14.75 TO-3 - 1N3315 1N3315 16 780 1.6 250 5 10 - 12.2 +0.083 2970 14.75 DO-5 - 1N3316 1N3316 17 740 1.8 250 5 10 - 13 +0.085 2500 13.75 DO-5 - 1N2816 1N2816 18 700 2 80 5 10 - 13.7 +0.085 2640 12.75 TO-3 - 1N3317 1N3317 18 700 2 250 5 10 - 13.7 +0.085 2640 12.75 DO-5 NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. TC = 30°C±3°C. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. TX, TXV, and S-Level Screening Available Zener & TVS Products 61 50 W Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number All parts are available with ±1% or ±2% Tolerances ±10% Industry Part Number ±5% Nominal Zener Voltage1 Zener Test Current VZ IZT V mA Maximum Dynamic Impedance2 ZZT ZZK Ohms Maximum Reverse Leakage Current VR VR Maximum Ratings3 Temperature Coefficient (Typical)5 Current Surge6 IZM IZSM mA A IZK IR ±10% ±5% TC@IZT mA µA V V %/°C Package - 1N3318 1N3318 19 660 2.2 250 5 10 - 13.7 +0.086 2200 12.75 DO-5 - 1N2818 1N2818 20 630 2.4 80 5 10 - 15.2 +0.086 2380 11.75 TO-3 - 1N3319 1N3319 20 630 2.4 250 5 10 - 15.2 +0.086 2380 11.75 DO-5 - 1N2819 1N2819 22 570 2.5 80 5 10 - 16.7 +0.087 2160 10.5 TO-3 - 1N3320 1N3320 22 570 2.5 250 5 10 - 16.7 +0.087 2160 10.5 DO-5 - 1N2820 1N2820 24 520 2.6 80 5 10 - 18.2 +0.088 1980 9.75 TO-3 - 1N3321 1N3321 24 520 2.6 250 5 10 - 18.2 +0.088 1980 9.75 DO-5 - 1N3322 1N3322 25 500 2.7 250 5 10 - 18.2 +0.089 1550 9 DO-5 - 1N2822 1N2822 27 460 2.8 90 5 10 - 20.6 +0.09 1760 8.25 TO-3 - 1N3323 1N3323 27 460 2.8 250 5 10 - 20.6 +0.09 1760 8.25 DO-5 - 1N2823 1N2823 30 420 3 90 5 10 - 22.8 +0.091 1590 7.75 TO-3 - 1N3324 1N3324 30 420 3 300 5 10 - 22.8 +0.091 1590 7.75 DO-5 - 1N2824 1N2824 33 380 3.2 90 5 10 - 25.1 +0.092 1440 7.25 TO-3 - 1N3325 1N3325 33 380 3.2 300 5 10 - 25.1 +0.092 1440 7.25 DO-5 - 1N2825 1N2825 36 350 3.5 90 5 10 - 27.4 +0.093 1320 6.5 TO-3 - 1N3326 1N3326 36 350 3.5 300 5 10 - 27.4 +0.093 1320 6.5 DO-5 - 1N2826 1N2826 39 320 4 90 5 10 - 29.7 +0.094 1220 5.88 TO-3 - 1N3327 1N3327 39 320 4 350 5 10 - 29.7 +0.094 1220 5.88 DO-5 - 1N2827 1N2827 43 290 4.5 90 5 10 - 32.7 +0.095 1000 5.38 TO-3 - 1N3328 1N3328 43 290 4.5 400 5 10 - 32.7 +0.095 1110 5.38 DO-5 - 1N3329 1N3329 45 280 4.5 400 5 10 - 32.7 +0.095 930 5.14 DO-5 - 1N2829 1N2829 47 270 5 100 5 10 - 35.8 +0.095 1020 4.9 TO-3 - 1N3330 1N3330 47 270 5 400 5 10 - 35.8 +0.095 1020 4.9 DO-5 - 1N3331 1N3331 50 250 5 500 5 10 - 38.8 +0.096 830 4.76 DO-5 - 1N2831 1N2831 51 245 5.2 100 5 10 - 38.8 +0.096 930 4.63 TO-3 - 1N3332 1N3332 51 245 5.2 500 5 10 - 38.8 +0.096 930 4.36 DO-5 - 1N3333 1N3333 52 240 5.5 500 5 10 - 42.6 +0.096 790 4.38 DO-5 - 1N2832 1N2832 56 220 6 110 5 10 - 42.6 +0.096 850 4.13 TO-3 - 1N3334 1N3334 56 220 6 500 5 10 - 42.6 +0.096 850 4.13 DO-5 - 1N2833 1N2833 62 200 7 120 5 10 - 47.1 +0.097 770 3.68 TO-3 - 1N3335 1N3335 62 200 7 600 5 10 - 47.1 +0.097 770 3.68 DO-5 - 1N2834 1N2834 68 180 8 140 5 10 - 51.7 +0.097 700 3.35 TO-3 - 1N3336 1N3336 68 180 8 600 5 10 - 51.7 +0.097 700 3.35 DO-5 - 1N2835 1N2835 75 170 9 150 5 10 - 56 +0.098 640 3 TO-3 - 1N3337 1N3337 75 170 9 600 5 10 - 56 +0.098 640 3 DO-5 - 1N2836 1N2836 82 150 11 160 5 10 - 62.2 +0.098 580 2.75 TO-3 NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. TC = 30°C±3°C. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. 62 Zeners & TVS Products TX, TXV, and S-Level Screening Available 50 W Zener Diodes SORTED BY VZ then by IZM Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number All parts are available with ±1% or ±2% Tolerances Industry Part Number Nominal Zener Voltage1 Zener Test Current VZ IZT Maximum Dynamic Impedance2 ZZT ZZK Ohms Maximum Reverse Leakage Current VR IZK IR ±10% VR ±5% Maximum Ratings3 Temperature Coefficient (Typical)5 Current Surge6 TC@IZT IZM IZSM Package ±10% ±5% V mA mA µA V V %/°C mA A - 1N3338 1N3338 82 150 11 700 5 10 - 62.2 +0.098 580 2.75 - 1N2837 1N2837 91 140 15 180 5 10 - 69.2 +0.099 530 2.35 TO-3 - 1N3339 1N3339 91 140 15 800 5 10 - 69.2 +0.099 530 2.35 DO-5 - 1N2838 1N2838 100 120 20 200 5 10 - 76 +0.1 480 2.25 TO-3 - 1N3340 1N3340 100 120 20 900 5 10 - 76 +0.1 480 2.25 DO-5 - 1N3341 1N3341 105 120 25 1000 5 10 - 83 +0.1 380 2.15 DO-5 - 1N2840 1N2840 110 110 30 220 5 10 - 83.6 +0.1 430 2.05 TO-3 - 1N3342 1N3342 110 110 30 1100 5 10 - 83 +0.1 430 2.05 DO-5 - 1N2841 1N2841 120 100 40 240 5 10 - 91.2 +0.1 400 1.88 TO-3 - 1N3343 1N3343 120 100 40 1200 5 10 - 91.2 +0.1 400 1.88 DO-5 - 1N2842 1N2842 130 95 50 275 5 10 - 98.8 +0.1 370 1.73 TO-3 - 1N3344 1N3344 130 95 50 1300 5 10 - 99.8 +0.1 370 1.73 DO-5 - 1N3345 1N3345 140 90 60 1400 5 10 - 114 +0.1 325 1.61 DO-5 - 1N2843 1N2843 150 85 75 400 5 10 - 114 +0.1 320 1.5 TO-3 - 1N3346 1N3346 150 85 75 1500 5 10 - 114 +0.1 320 1.5 DO-5 - 1N2844 1N2844 160 80 80 450 5 10 - 121.6 +0.1 300 1.43 TO-3 - 1N3347 1N3347 160 80 80 1600 5 10 - 121.6 +0.1 300 1.43 DO-5 - 1N3348 1N3348 175 70 85 1700 5 10 - 121.6 +0.1 230 1.34 DO-5 - 1N2845 1N2845 180 68 90 525 5 10 - 136.8 +0.1 260 1.25 TO-3 - 1N3349 1N3349 180 68 90 1800 5 10 - 136.8 +0.1 260 1.25 DO-5 - 1N2846 1N2846 200 65 100 600 5 10 - 152 +0.1 240 1.1 TO-3 - 1N3350 1N3350 200 65 100 2000 5 10 - 152 +0.1 240 1.1 DO-5 50W Zeners also available in new SZM Button Tabs Features: ▪▪ 50W, 6.8 - 200V Zener button tabs ▪▪ Smaller and lighter than DO-5 stud mounts ▪▪ 0.305” body diameter maximum ▪▪ RθJC = 1.0°C/W ▪▪ Hermetically sealed ▪▪ Metallurgically bonded DO-5 DO-5 stud mount SZM Button Tab *See page 90 for more details about button tab products NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. TC = 30°C±3°C. 4. Consult factory for values and more information. 5. Italic indicates maximum temperature coefficient. 6. Figures shown are for a peak sinusoidal surge current of 8.3 msec duration. The 8.3 msec square pulse rating is 71% of the value shown. Italic indicates surge is 1/2 square wave or equivalent sine wave pulse of 8.3 msec. duration. TX, TXV, and S-Level Screening Available Zener & TVS Products 63 Low Voltage Avalanche Diodes Features: ▪▪ High performance ▪▪ Designed for use at low current levels ▪▪ Low noise ▪▪ Low leakage ▪▪ Low impedance ▪▪ Sharp knees Ratings Based on 25˚C Case Temperature (unless otherwise specified) SORTED BY Power then by VZ Part Number Power Dissipation All parts are available with 1% or 2% Tolerances mW Nominal Zener Voltage1 Zener Test Current Maximum Dynamic Impedance2 Maximum Reverse Leakage Current VZ IZT ZZT IR V mA Ohms uA Temperature Coefficient (Typical) Maximum Current VR (5%) TC@IZT IZM V mV/°C mA Package LVA 343A 400 4.3 20 18 2 1.5 Note 3 Note 3 DO-7 LVA 43A 400 4.3 20 18 4 1.5 Note 3 Note 3 DO-7 LVA 347A 400 4.7 10 10 2 2 Note 3 Note 3 DO-7 Note 3 DO-7 LVA 47A 400 4.7 10 15 4 2 Note 3 LVA 450A 400 5 0.025 700 10 4 0.75 Note 3 DO-7 Note 3 DO-7 LVA 51A 400 5.1 5 15 0.1 2 Note 3 LVA 351A 400 5.1 5 10 2 3 Note 3 Note 3 DO-7 LVA 453A 400 5.3 0.025 250 5 4.24 1.33 Note 3 DO-7 LVA 56A 400 5.6 1 40 0.05 3 Note 3 Note 3 DO-7 LVA 456A 400 5.6 0.025 100 1 4.48 1.96 Note 3 DO-7 LVA 356A 400 5.6 1 40 2 4.5 Note 3 Note 3 DO-7 LVA 459A 400 5.9 0.025 100 0.5 4.72 2.3 Note 3 DO-7 LVA 62A 400 6.2 1 50 0.05 4 Note 3 Note 3 DO-7 LVA 462A 400 6.2 0.025 100 0.1 4.96 2.67 Note 3 DO-7 LVA 362A 400 6.2 1 45 0.5 5.6 Note 3 Note 3 DO-7 LVA 465A 400 6.5 0.025 100 0.05 5.2 3.06 Note 3 DO-7 LVA 468A 400 6.8 0.025 100 0.01 5.44 3.4 Note 3 DO-7 LVA 68A 400 6.8 1 50 0.05 5 Note 3 Note 3 DO-7 LVA 368A 400 6.8 1 50 0.05 6.2 Note 3 Note 3 DO-7 LVA 471A 400 7.1 0.025 175 0.01 5.68 3.76 Note 3 DO-7 LVA 474A 400 7.4 0.025 175 0.01 5.92 4.07 Note 3 DO-7 LVA 75A 400 7.5 1 100 0.01 6 Note 3 Note 3 DO-7 LVA 375A 400 7.5 1 50 0.01 6.8 Note 3 Note 3 DO-7 LVA 477A 400 7.7 0.025 175 0.01 6.16 4.47 Note 3 DO-7 LVA 480A 400 8 0.025 175 0.01 6.4 4.8 Note 3 DO-7 LVA 82A 400 8.2 1 100 0.01 6.5 Note 3 Note 3 DO-7 LVA 382A 400 8.2 1 60 0.01 7.5 Note 3 Note 3 DO-7 LVA 483A 400 8.3 0.025 175 0.01 6.64 5.15 Note 3 DO-7 LVA 486A 400 8.6 0.025 175 0.01 6.88 5.5 Note 3 DO-7 LVA 489A 400 8.9 0.025 175 0.01 7.12 5.87 Note 3 DO-7 LVA 91A 400 9.1 1 100 0.01 8 Note 3 Note 3 DO-7 LVA 391A 400 9.1 1 60 0.01 8.2 Note 3 Note 3 DO-7 NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Consult factory for values and more information. 64 Zeners & TVS Products TX, TXV, and S-Level Screening Available Low Voltage Avalanche Diodes SORTED BY Power then by VZ Part Number All parts are available with ±1% or ±2% Tolerances Ratings Based on 25˚C Case Temperature (unless otherwise specified) Power Dissipation Nominal Zener Voltage1 Zener Test Current Maximum Dynamic Impedance2 VZ IZT ZZT Maximum Reverse Leakage Current IR Temperature Coefficient (Typical) Maximum Current ±5% TC@IZT IZM VR Package mW V mA Ohms uA V mV/°C mA LVA 492A 400 9.2 0.025 175 0.01 7.36 6.16 Note 3 DO-7 LVA 495A 400 9.5 0.025 175 0.01 7.6 6.46 Note 3 DO-7 LVA 498A 400 9.8 0.025 175 0.01 7.84 6.86 Note 3 DO-7 LVA 100A 400 10 1 100 0.01 9 Note 3 Note 3 DO-7 LVA 3100A 400 10 1 60 0.01 9.1 Note 3 Note 3 DO-7 1N5521 500 4.3 20 18 3 1.5 Note 3 88 DO-35, DO-213AA 1N5522 500 4.7 10 22 2 2 Note 3 81 DO-35, DO-213AA 1N5523 500 5.1 5 26 2 2.5 Note 3 75 DO-35, DO-213AA 1N5524 500 5.6 3 30 2 3.5 Note 3 68 DO-35, DO-213AA 1N5525 500 6.2 1 30 1 5 Note 3 61 DO-35, DO-213AA 1N5526 500 6.8 1 30 1 6.2 Note 3 56 DO-35, DO-213AA 1N5527 500 7.5 1 35 0.5 6.8 Note 3 51 DO-35, DO-213AA 1N5528 500 8.2 1 40 0.5 7.5 Note 3 46 DO-35, DO-213AA 1N5529 500 9.1 1 45 1 8.2 Note 3 42 DO-35, DO-213AA 1N5530 500 10 1 60 0.05 9.1 Note 3 38 DO-35, DO-213AA NOTES: 1. All zener voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Zener impedance is derived from the 60 cycle AC voltage created when AC current with an RMS value of 10% of the zener test current is superimposed on the test circuit. 3. Consult factory for values and more information. TX, TXV, and S-Level Screening Available Zener & TVS Products 65 150 W Transient Voltage Suppressors SORTED BY Nominal VBR and then Minimum VBR Part Number Ratings Based on 25°C Case Temperature (unless otherwise specified) Nominal Breakdown Voltage1 Minimum Breakdown Voltage1 Test Current VBR VBR All parts are available with ±1% or ±2% Tolerances Clamping Voltage Maximum Reverse Standoff Max Peak2 IT VC @IRSM VRWM IR Temperature Maximum Dynamic Coefficient Continuous 6 Impedance (Typical)7 Current5 IRM ZBR@IBRT Package3 TC ±10% ±5% V V mA Volts Amps Volts µA mA Ohms %/°C ST150A7.5 ST150B7.5 7.5 Note 4 100 13.3 11.3 3 50 400 2 +0.07 Axial, SMS, SM ST4462 - 7.5 7 100 11.3 13.3 6.2 1500 240 Note 4 +0.07 Axial, SMS, SM ST150A8.2 ST150B8.2 8.2 Note 4 100 14.8 10.1 4 10 360 2 +0.08 Axial, SMS, SM ST4463 - 8.2 7.7 100 12.3 12.2 6.8 1200 220 Note 4 +0.08 Axial, SMS, SM ST150A9.1 ST150B9.1 9.1 Note 4 50 15.7 9.6 5 10 330 4 +0.08 Axial, SMS, SM ST4464 - 9.1 8.5 50 13.3 11.3 7.5 100 200 Note 4 +0.08 Axial, SMS, SM ST150A10 ST150B10 10 Note 4 50 17 8.8 7.1 7 300 4 +0.09 Axial, SMS, SM ST4465 - 10 9.4 50 14.8 10.1 8.2 20 180 Note 4 +0.09 Axial, SMS, SM ST150A11 ST150B11 11 Note 4 50 18.9 7.9 7.8 3 250 7 +0.1 Axial, SMS, SM ST4466 - 11 10.4 50 15.7 9.6 9.1 5 150 Note 4 +0.1 Axial, SMS, SM ST150A12 ST150B12 12 Note 4 50 20.9 7.2 8.6 2 230 7 +0.1 Axial, SMS, SM ST4467 - 12 11.4 50 17 8.8 10 5 140 Note 4 +0.1 Axial, SMS, SM ST150A13 ST150B13 13 Note 4 50 22.9 6.6 9.5 2 200 10 +0.1 Axial, SMS, SM ST4468 - 13 12.4 50 18.9 7.9 11 5 120 Note 4 +0.1 Axial, SMS, SM ST150A15 ST150B15 15 Note 4 50 25.6 5.9 10.5 1 185 10 +0.1 Axial, SMS, SM ST4469 - 15 13.8 50 20.9 7.2 12 5 110 Note 4 +0.1 Axial, SMS, SM ST150A16 ST150B16 16 Note 4 25 28.4 5.3 11.4 1 170 15 +0.11 Axial, SMS, SM ST4470 - 16 15.3 25 22.9 6.6 13 5 100 Note 4 +0.11 Axial, SMS, SM ST150A18 ST150B18 18 Note 4 25 31 4.8 12.4 1 150 15 +0.11 Axial, SMS, SM ST4471 - 18 16.8 25 25.6 5.9 15 5 90 Note 4 +0.11 Axial, SMS, SM ST150A20 ST150B20 20 Note 4 25 33.8 4.4 14.3 1 135 15 +0.11 Axial, SMS, SM ST4472 - 20 18.8 25 28.4 5.3 16 5 80 Note 4 +0.11 Axial, SMS, SM ST150A22 ST150B22 22 Note 4 25 38.1 3.9 15.5 1 125 15 +0.11 Axial, SMS, SM ST4473 - 22 20.8 25 31 4.8 18 5 75 Note 4 +0.11 Axial, SMS, SM ST150A24 ST150B24 24 Note 4 25 42.2 3.6 17.1 1 110 15 +0.11 Axial, SMS, SM ST4474 - 24 22.8 25 33.8 4.4 20 5 65 Note 4 +0.11 Axial, SMS, SM ST150A27 ST150B27 27 Note 4 25 46.2 3.2 19 1 100 15 +0.11 Axial, SMS, SM +0.11 Axial, SMS, SM +0.11 Axial, SMS, SM ST4475 - 27 25.1 25 38.1 3.9 22 5 60 Note 4 ST150A30 ST150B30 30 Note 4 25 50.1 3 20 1 90 15 +0.11 Axial, SMS, SM +0.11 Axial, SMS, SM ST4476 - 30 28 25 42.2 3.6 24 5 55 Note 4 ST150A33 ST150B33 33 Note 4 10 54.1 2.8 23 1 85 15 ST4477 - 33 31 25 46.2 3.2 27 5 50 Note 4 +0.11 Axial, SMS, SM ST150A36 ST150B36 36 Note 4 10 60.7 2.5 26 1 65 40 +0.11 Axial, SMS, SM ST4478 - 36 34 10 50.1 3 30 5 40 Note 4 +0.11 Axial, SMS, SM ST150A39 ST150B39 39 Note 4 10 65.5 2.3 29 1 60 40 +0.11 Axial, SMS, SM ST4479 - 39 37 10 54.1 2.8 33 5 35 Note 4 +0.11 Axial, SMS, SM ST150A43 ST150B43 43 Note 4 10 70.8 2.1 31 1 55 45 +0.13 Axial, SMS, SM ST4480 - 43 40 10 60.7 2.5 36 5 33 Note 4 +0.13 Axial, SMS, SM ST150A47 ST150B47 47 Note 4 10 78.6 1.9 34 1 50 45 +0.13 Axial, SMS, SM ST4481 - 47 44 10 65.5 2.3 39 5 30 Note 4 +0.13 Axial, SMS, SM ST150A51 ST150B51 51 Note 4 10 86.5 1.7 37 1 45 60 +0.13 Axial, SMS, SM ST4482 - 51 48 10 70.8 2.1 43 5 27 Note 4 +0.13 Axial, SMS, SM 66 Zeners & TVS Products TX, TXV, and S-Level Screening Available 150 W Transient Voltage Suppressors Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY Nominal VBR and then Minimum VBR Part Number All parts are available with ±1% or ±2% Tolerances Nominal Breakdown Voltage1 Minimum Breakdown Voltage1 Test Current VBR VBR Clamping Voltage Maximum Reverse Standoff Temperature Maximum Dynamic Coefficient Continuous 6 Impedance (Typical)7 Current5 Max Peak2 IT VC @IRSM VRWM IR IRM ZBR@IBRT Package3 TC ±10% ±5% V V mA Volts Amps Volts µA mA Ohms %/°C ST150A56 ST150B56 56 Note 4 10 94.4 1.6 41 1 40 60 +0.13 Axial, SMS, SM ST4483 - 56 52 10 78.6 1.9 47 5 24 Note 4 +0.13 Axial, SMS, SM ST150A62 ST150B62 62 Note 4 10 103 1.5 45 1 35 80 +0.13 Axial, SMS, SM ST4484 - 62 58 10 86.5 1.7 51 5 21 Note 4 +0.13 Axial, SMS, SM ST150A68 ST150B68 68 Note 4 10 114 1.3 49 1 30 80 +0.13 Axial, SMS, SM ST4485 - 68 64 10 94.4 1.6 56 5 18 Note 4 +0.13 Axial, SMS, SM ST150A75 ST150B75 75 Note 4 10 126 1.2 53 1 30 100 +0.13 Axial, SMS, SM ST4486 - 75 70 10 103.5 1.5 62 5 18 Note 4 +0.13 Axial, SMS, SM ST150A82 ST150B82 82 Note 4 10 139 1.1 59 1 25 100 +0.13 Axial, SMS, SM ST4487 - 82 77 10 114 1.3 68 5 15 Note 4 +0.13 Axial, SMS, SM ST150A91 ST150B91 91 Note 4 5 152 1 65 1 25 200 +0.13 Axial, SMS, SM ST4488 - 91 85 5 126 1.2 75 5 15 Note 4 +0.13 Axial, SMS, SM ST150A100 ST150B100 100 Note 4 5 167 0.9 71 1 20 200 +0.13 Axial, SMS, SM ST4489 - 100 94 5 139 1.1 82 5 12 Note 4 +0.13 Axial, SMS, SM ST150A110 ST150B110 110 Note 4 5 185 0.81 77 1 20 250 +0.13 Axial, SMS, SM ST4490 - 110 104 5 152 1 91 5 12 Note 4 +0.13 Axial, SMS, SM ST150A120 ST150B120 120 Note 4 5 204 0.73 86 1 20 250 +0.13 Axial, SMS, SM ST4491 - 120 114 5 167 0.9 100 5 12 Note 4 +0.13 Axial, SMS, SM ST150A130 ST150B130 130 Note 4 5 224 0.67 95 1 20 300 +0.13 Axial, SMS, SM ST4492 - 130 124 5 185 0.81 110 5 12 Note 4 +0.13 Axial, SMS, SM ST150A150 ST150B150 150 Note 4 5 249 0.6 105 1 18 300 +0.13 Axial, SMS, SM ST4493 - 150 138 5 204 0.73 120 5 11 Note 4 +0.13 Axial, SMS, SM ST150A160 ST150B160 160 Note 4 5 276 0.54 114 1 18 350 +0.13 Axial, SMS, SM ST4494 - 160 153 5 224 0.67 130 5 11 Note 4 +0.13 Axial, SMS, SM ST150A180 ST150B180 180 Note 4 5 305 0.5 124 1 15 400 +0.13 Axial, SMS, SM ST4495 - 180 168 5 249 0.6 150 5 9 Note 4 +0.13 Axial, SMS, SM ST150A200 ST150B200 200 Note 4 2 336 0.45 143 1 15 500 +0.13 Axial, SMS, SM ST4496 - 200 188 5 276 0.54 160 5 9 Note 4 +0.13 Axial, SMS, SM ST150A220 ST150B220 220 Note 4 2 380 0.4 152 1 15 750 +0.13 Axial, SMS, SM +0.13 Axial, SMS, SM +0.13 Axial, SMS, SM ST4497 - 220 208 2 305 0.5 180 5 9 Note 4 ST150A240 ST150B240 240 Note 4 2 419 0.36 171 1 12 850 +0.13 Axial, SMS, SM +0.13 Axial, SMS, SM ST4498 - 240 228 2 336 0.45 200 5 7 Note 4 ST150A270 ST150B270 270 Note 4 2 459 0.33 190 1 12 1000 ST4499 - 270 251 2 380 0.4 220 5 7 Note 4 +0.13 Axial, SMS, SM ST150A300 ST150B300 300 Note 4 2 498 0.3 210 1 11 1500 +0.14 Axial, SMS, SM ST4500 - 300 280 2 419 0.36 240 5 6.5 Note 4 +0.14 Axial, SMS, SM NOTES: 1. All voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Non-repetitive peak reverse current pulse. 3. Package definitions: Axial = Axial Leaded, SM = Surface Mount Round Tab (MELF), and SMS = Surface Mount Square Tab. 4. Consult factory for values and more information. 5. For ST150A7.5 - ST150A510 series, ratings on maximum zener voltage of individual leaded devices. Multiply by 1.3 for SM and SMS devices. For ST4462 - ST4506 series, ratings based on TL = 100°C @ L=3/8”. Multiply by 1.66 for SM and SMS devices. 6. Zener impedance is derived from the AC voltage divided by the AC current with RMS value of 10% of DC zener test current superimposed on the test current. 7. Italic indicates maximum temperature coefficient. TX, TXV, and S-Level Screening Available Zener & TVS Products 67 150 W Transient Voltage Suppressors SORTED BY Nominal VBR and then Minimum VBR Part Number Ratings Based on 25°C Case Temperature (unless otherwise specified) Nominal Breakdown Voltage1 Minimum Breakdown Voltage1 Test Current VBR VBR All parts are available with ±1% or ±2% Tolerances Temperature Maximum Dynamic Coefficient Continuous 6 Impedance (Typical)7 Current5 Maximum Reverse Standoff Clamping Voltage Max Peak2 IT VC @IRSM VRWM IR IRM ZBR@IBRT Package3 TC ±10% ±5% V V mA Volts Amps Volts µA mA Ohms %/°C ST150A330 ST150B330 330 Note 4 2 537 0.26 230 1 10 1900 +0.14 Axial, SMS, SM ST4501 - 330 310 2 459 0.33 270 5 6 Note 4 +0.14 Axial, SMS, SM ST150A360 ST150B360 360 Note 4 2 603 0.25 260 1 9 2200 +0.14 Axial, SMS, SM ST4502 - 360 340 2 498 0.3 300 5 5.5 Note 4 +0.14 Axial, SMS, SM ST150A390 ST150B390 390 Note 4 2 655 0.23 290 1 8 2800 +0.14 Axial, SMS, SM ST4503 - 390 370 2 537 0.28 330 5 4.8 Note 4 +0.14 Axial, SMS, SM ST4504 - 430 400 2 603 0.25 360 5 4.2 Note 4 +0.15 Axial, SMS, SM ST150A430 ST150B430 430 Note 4 2 707 0.21 310 1 7 3500 +0.15 Axial, SMS, SM ST150A470 ST150B470 470 Note 4 2 789 0.19 340 1 7 4500 +0.15 Axial, SMS, SM ST4505 - 470 440 2 655 0.23 390 5 4.2 Note 4 +0.15 Axial, SMS, SM ST150A510 ST150B510 510 Note 4 2 882 0.17 370 1 6 5500 +0.16 Axial, SMS, SM ST4506 - 510 480 2 707 0.21 430 5 3.6 Note 4 +0.16 Axial, SMS, SM ST150A7.5 - ST150A510 Series Axial Axial8 Data Sheet T00001 150 W Axial Leaded, Surface Mount Round Tab (SM), and Surface Mount Square Tab (SMS) DIM ØD Features: ▪▪ High surge rating ▪▪ Hermetically sealed in glass ▪▪ TX, TXV, and Space level screening available ØA C B MIN MAX A --- .085” B --- .170” C 1.00” --- D .028” .034” SMS8 SM ØA C B 8 C SMS SM C DIM A DIM MIN MAX A .077” .083” B .130” .146” C C .010” .022” D A D B MIN MAX A .090” .100” B .175” .215” .022” .028” Body to Tab Clearance: .002” ST4462 - ST4506 Series Data Sheet T00029 150 W Axial Leaded, Surface Mount Round Tab (SM), and Surface Mount Square Tab (SMS) Features: ▪▪ Hermetically sealed ▪▪ Low reverse leakage ▪▪ Ultra miniature; 1/4 size of conventional 1 W Zeners ▪▪ 5 times greater surge than JAN1N3016 Series ▪▪ TX, TXV, and Space level screening available SM8 C ØA B Axial Axial8 DIM SMS SM ØD ØA C C B MIN MAX A --- .085” B --- .170” C 1.00” --- D .028” .034” SMS8 C DIM MIN MAX A .075” .085” B .125” .150” C .010” .022” A DIM A D B MIN MAX A .090” .100” B .175” .215” C .022” .028” D 0.001" --- NOTES: See page 67 for notes 1-7. 8. All dimensions are prior to soldering. 68 Zeners & TVS Products TX, TXV, and S-Level Screening Available 500 W Transient Voltage Suppressors Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VBR Part Number All parts are available with ±1% or ±2% Tolerances Typical Impedance 10% AC Modulation Max Peak2 Nominal Breakdown Voltage1 Test Current VBR IT ZZ@IT VC @IRSM VRWM Clamping Voltage Maximum Reverse Standoff IR Temperature Coefficient (Typical) Package3 TC ±10% ±5% V mA Ohms Volts Amps Volts µA %/°C ST500A7.5 ST500B7.5 7.5 175 0.7 11.3 44.2 6.2 3000 +0.07 Axial, SMS, C, V ST500A8.2 ST500B8.2 8.2 150 0.8 12.3 40.6 6.8 2400 +0.08 Axial, SMS, C, V ST500A9.1 ST500B9.1 9.1 150 0.9 13.3 37.6 7.5 100 +0.08 Axial, SMS, C, V ST500A10 ST500B10 10 125 1.0 14.8 34 8.2 40 +0.09 Axial, SMS, C, V ST500A11 ST500B11 11 125 1.1 15.7 31.8 9.1 30 +0.1 Axial, SMS, C, V ST500A12 ST500B12 12 100 1.1 17 29.4 10 20 +0.1 Axial, SMS, C, V ST500A13 ST500B13 13 100 1.2 18.9 26.4 11 10 +0.1 Axial, SMS, C, V ST500A15 ST500B15 15 75 1.2 20.9 23.9 12 10 +0.1 Axial, SMS, C, V ST500A16 ST500B16 16 75 1.3 22.9 21.8 13 10 +0.11 Axial, SMS, C, V ST500A18 ST500B18 18 65 1.3 25.6 19.5 15 10 +0.11 Axial, SMS, C, V ST500A20 ST500B20 20 65 1.5 28.4 17.6 16 10 +0.11 Axial, SMS, C, V ST500A22 ST500B22 22 50 1.6 31 16.1 18 10 +0.11 Axial, SMS, C, V ST500A24 ST500B24 24 50 1.8 33.8 14.8 20 10 +0.11 Axial, SMS, C, V ST500A27 ST500B27 27 50 2.5 38.1 13.1 22 10 +0.11 Axial, SMS, C, V ST500A30 ST500B30 30 40 4.0 42.2 11.8 24 10 +0.11 Axial, SMS, C, V ST500A33 ST500B33 33 40 5.0 46.2 10.8 27 10 +0.11 Axial, SMS, C, V ST500A36 ST500B36 36 30 6.0 50.1 10 30 10 +0.11 Axial, SMS, C, V ST500A39 ST500B39 39 30 7.0 54.1 9.2 33 10 +0.11 Axial, SMS, C, V ST500A43 ST500B43 43 35 10 60.7 8.2 36 10 +0.12 Axial, SMS, C, V ST500A47 ST500B47 47 25 12 65.5 7.6 39 10 +0.12 Axial, SMS, C, V ST500A51 ST500B51 51 25 14 70.8 7 43 10 +0.12 Axial, SMS, C, V ST500A56 ST500B56 56 20 18 78.6 6.3 47 10 +0.12 Axial, SMS, C, V ST500A62 ST500B62 62 20 20 86.5 5.8 51 10 +0.13 Axial, SMS, C, V ST500A68 ST500B68 68 20 22 94.4 5.3 56 10 +0.13 Axial, SMS, C, V ST500A75 ST500B75 75 20 25 103.5 4.8 62 10 +0.13 Axial, SMS, C, V ST500A82 ST500B82 82 15 30 114 4.3 68 10 +0.13 Axial, SMS, C, V ST500A91 ST500B91 91 15 40 126 3.9 75 10 +0.13 Axial, SMS, C, V ST500A100 ST500B100 100 12 45 139 3.6 82 10 +0.13 Axial, SMS, C, V ST500A110 ST500B110 110 12 65 152 3.3 91 10 +0.13 Axial, SMS, C, V ST500A120 ST500B120 120 10 90 167 3 100 10 +0.13 Axial, SMS, C, V ST500A130 ST500B130 130 10 100 185 2.7 110 10 +0.13 Axial, SMS, C, V ST500A150 ST500B150 150 8 150 204 2.4 120 10 +0.13 Axial, SMS, C, V ST500A160 ST500B160 160 8 180 224 2.2 130 10 +0.13 Axial, SMS, C, V ST500A180 ST500B180 180 5 210 249 2 150 10 +0.13 Axial, SMS, C, V ST500A200 ST500B200 200 5 250 276 1.8 160 10 +0.13 Axial, SMS, C, V ST500A220 ST500B220 220 5 350 305 1.6 180 10 +0.13 Axial, SMS, C, V ST500A240 ST500B240 240 5 450 336 1.5 200 10 +0.13 Axial, SMS, C, V ST500A270 ST500B270 270 5 600 380 1.3 220 10 +0.13 Axial, SMS, C, V NOTES: 1. All voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Non-repetitive peak reverse current pulse. 3. Package definitions: Axial = Axial Leaded, SM = Surface Mount Round Tab (MELF), SMS = Surface Mount Square Tab, V = Isolated Ministud, and C = Ministud C. TX, TXV, and S-Level Screening Available Zener & TVS Products 69 500 W Transient Voltage Suppressors ST500A7.5 - ST500A270 Series Data Sheet T00023 500 W Axial Leaded, Surface Mount Square Tab (SMS), Isolated Ministud (V), and Ministud (C) Axial Features: ▪▪ Hermetically sealed in glass ▪▪ Can be used as a 5 W Zener ▪▪ Available in 10% and 5% tolerances - for other voltage tolerances, contact factory ▪▪ Higher voltages available ▪▪ TX, TXV, and Space level screening available C B C ØD SMS Isolated Ministud SMS - Frit Glass1 Axial1 ØA Ministud DIM MIN MAX A --- .158” B --- .185” C 1.00” --- D .047” .053" A C A D B DIM MIN MAX A .170” .180” B .200” .225” C .018” .027” D .001” --- Isolated Ministud (V)1 FULL THREAD TO WITHIN .060 OF SHOULDER .260 .220 BERILLIA INSULATING DISC .025 .010 .135 .115 CATHODE TERMINAL GOLD PLATED .055 .035 .33 MAX ø .072 .052 .20±.03 .187 MAX .138-32 UNC COPPER GOLD PLATED R.005 MAX .580 MAX ANODE TERMINAL GOLD PLATED .140 SLOT DEPTH .100 .255 HEX .245 .005R MAX .112 MAX TO SHOULDER Ministud (C)1 .460 MAX .035 .055 .183 / .193 HEX .187 MAX .4-40x .230 / .250 .120 TYP NOTES: 1. All dimensions are prior to soldering. 70 Zeners & TVS Products TX, TXV, and S-Level Screening Available 1,000 W Transient Voltage Suppressors SORTED BY VBR Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number All parts are available with ±1% or ±2% Tolerances Nominal Breakdown Voltage1 Test Current VBR Clamping Voltage Maximum Reverse Standoff Max Peak2 IT VC @IRSM VRWM IR Temperature Coefficient (Typical) Package3 TC ±10% ±5% V mA Volts Amps Volts µA %/°C ST1000A7.5 ST1000B7.5 7.5 175 11.3 44.2 6.2 3000 +0.07 Axial, SMS, C, V ST1000A8.2 ST1000B8.2 8.2 150 12.3 40.6 6.8 2400 +0.08 Axial, SMS, C, V ST1000A9.1 ST1000B9.1 9.1 150 13.3 37.6 7.5 100 +0.08 Axial, SMS, C, V ST1000A10 ST1000B10 10 125 14.8 34 8.2 40 +0.09 Axial, SMS, C, V ST1000A11 ST1000B11 11 125 15.7 31.8 9.1 30 +0.1 Axial, SMS, C, V ST1000A12 ST1000B12 12 100 17 29.4 10 20 +0.1 Axial, SMS, C, V ST1000A13 ST1000B13 13 100 18.9 26.4 11 10 +0.1 Axial, SMS, C, V ST1000A15 ST1000B15 15 75 20.9 23.9 12 10 +0.1 Axial, SMS, C, V ST1000A16 ST1000B16 16 75 22.9 21.8 13 10 +0.11 Axial, SMS, C, V ST1000A18 ST1000B18 18 65 25.6 19.5 15 10 +0.11 Axial, SMS, C, V ST1000A20 ST1000B20 20 65 28.4 17.6 16 10 +0.11 Axial, SMS, C, V ST1000A22 ST1000B22 22 50 31 16.1 18 10 +0.11 Axial, SMS, C, V ST1000A24 ST1000B24 24 50 33.8 14.8 20 10 +0.11 Axial, SMS, C, V ST1000A27 ST1000B27 27 50 38.1 13.1 22 10 +0.11 Axial, SMS, C, V ST1000A30 ST1000B30 30 40 42.2 11.8 24 10 +0.11 Axial, SMS, C, V ST1000A33 ST1000B33 33 40 46.2 10.8 27 10 +0.11 Axial, SMS, C, V ST1000A36 ST1000B36 36 30 50.1 10 30 10 +0.11 Axial, SMS, C, V ST1000A39 ST1000B39 39 30 54.1 9.2 33 10 +0.11 Axial, SMS, C, V ST1000A43 ST1000B43 43 25 60.7 8.2 36 10 +0.12 Axial, SMS, C, V ST1000A47 ST1000B47 47 25 65.5 7.6 39 10 +0.12 Axial, SMS, C, V ST1000A51 ST1000B51 51 25 70.8 7 43 10 +0.12 Axial, SMS, C, V ST1000A56 ST1000B56 56 20 78.6 6.3 47 10 +0.12 Axial, SMS, C, V ST1000A62 ST1000B62 62 20 86.5 5.8 51 10 +0.13 Axial, SMS, C, V ST1000A68 ST1000B68 68 20 94.4 5.3 56 10 +0.13 Axial, SMS, C, V ST1000A75 ST1000B75 75 20 103.5 4.8 62 10 +0.13 Axial, SMS, C, V ST1000A82 ST1000B82 82 15 114 4.3 68 10 +0.13 Axial, SMS, C, V ST1000A91 ST1000B91 91 15 126 3.9 75 10 +0.13 Axial, SMS, C, V ST1000A100 ST1000B100 100 12 139 3.6 82 10 +0.13 Axial, SMS, C, V ST1000A110 ST1000B110 110 12 152 3.3 91 10 +0.13 Axial, SMS, C, V ST1000A120 ST1000B120 120 10 167 3 100 10 +0.13 Axial, SMS, C, V ST1000A130 ST1000B130 130 10 185 2.7 110 10 +0.13 Axial, SMS, C, V ST1000A150 ST1000B150 150 8 204 2.4 130 10 +0.13 Axial, SMS, C, V ST1000A160 ST1000B160 160 8 224 2.2 150 10 +0.13 Axial, SMS, C, V ST1000A180 ST1000B180 180 5 249 2 160 10 +0.13 Axial, SMS, C, V ST1000A200 ST1000B200 200 5 276 1.8 170 10 +0.13 Axial, SMS, C, V ST1000A220 ST1000B220 220 5 305 1.6 180 10 +0.13 Axial, SMS, C, V NOTES: 1. All voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Non-repetitive peak reverse current pulse. 3. Package definitions: Axial = Axial Leaded, SM = Surface Mount Round Tab (MELF), SMS = Surface Mount Square Tab, V = Isolated Ministud, and C = Ministud C. TX, TXV, and S-Level Screening Available Zener & TVS Products 71 1,000 W Transient Voltage Suppressors Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VBR Part Number All parts are available with ±1% or ±2% Tolerances Nominal Breakdown Voltage1 Test Current VBR Clamping Voltage Temperature Coefficient (Typical) Maximum Reverse Standoff Max Peak2 IT VC @IRSM VRWM IR Package3 TC ±10% ±5% V mA Volts Amps Volts µA %/°C ST1000A240 ST1000B240 240 5 336 1.5 200 10 +0.13 Axial, SMS, C, V ST1000A270 ST1000B270 270 5 380 1.3 220 10 +0.13 Axial, SMS, C, V ST1000A300 ST1000B300 300 5 419 1.2 240 10 +0.13 Axial, SMS, C, V ST1000A330 ST1000B330 330 5 459 1.1 270 10 +0.13 Axial, SMS, C, V ST1000A360 ST1000B360 360 5 498 1 300 10 +0.13 Axial, SMS, C, V ST1000A390 ST1000B390 390 5 537 0.93 330 10 +0.13 Axial, SMS, C, V ST1000A430 ST1000B430 430 5 603 0.83 360 10 +0.13 Axial, SMS, C, V ST1000A470 ST1000B470 470 5 655 0.76 390 10 +0.13 Axial, SMS, C, V ST1000A510 ST1000B510 510 5 707 0.71 430 10 +0.13 Axial, SMS, C, V ST1000 Series Data Sheet T00033 1000 W Axial Leaded, Surface Mount Square Tab (SMS), Isolated Ministud (V), and Ministud (C) Axial Features: ▪▪ Hermetically sealed in glass ▪▪ High peak transient power of 1000 W ▪▪ Can be used as a 5 W zener ▪▪ For higher voltages, contact factory ▪▪ TX, TXV, and Space level screening available SMS Isolated Ministud SMS4 Axial4 C B C ØD ØA Ministud DIM MIN MAX A --- .158” B --- .185” C 1.00” --- D .047” .053" A C A D B DIM MIN MAX A .170” .180” B .200” .225” C .018” .027” D .001” --- Isolated Ministud (V) 4 FULL THREAD TO WITHIN .060 OF SHOULDER .260 .220 BERILLIA INSULATING DISC .025 .010 .135 .115 CATHODE TERMINAL GOLD PLATED .055 .035 .33 MAX ø .072 .052 .20±.03 .187 MAX .138-32 UNC COPPER GOLD PLATED R.005 MAX .580 MAX ANODE TERMINAL GOLD PLATED .140 SLOT DEPTH .100 .255 HEX .245 .005R MAX .112 MAX TO SHOULDER Ministud (C)4 .460 MAX .035 .055 .183 / .193 HEX .187 MAX .4-40x .230 / .250 .120 TYP NOTES: 1. All voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Non-repetitive peak reverse current pulse. 3. Package definitions: Axial = Axial Leaded, SM = Surface Mount Round Tab (MELF), SMS = Surface Mount Square Tab, V = Isolated Ministud, and C = Ministud C. 4. All dimensions are prior to soldering. 72 Zeners & TVS Products TX, TXV, and S-Level Screening Available 1,500 W Transient Voltage Suppressors Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY Nominal VBR and then Minimum VBR Part Number5 All parts are available with ±1% or ±2% Tolerances Nominal Breakdown Voltage1 Minimum Breakdown Voltage1 Test Current VBR VBR Clamping Voltage Maximum Reverse Standoff Max Peak2 IT VC @IRSM VRWM IR Max. Cont. Current Temp. Coefficient (Typical) IRM TC Package3 ±10% ±5% V V mA Volts Amps Volts µA mA %/°C ST1.5KPB6.8 / ST1.5KPS6.8 - 6.8 6.12 10 10.8 139 5.5 1000 Note 4 +0.057 Axial (epoxy) - ST1.5KPB6.8A / ST1.5KPS6.8A 6.8 6.45 10 10.5 143 5.8 1000 Note 4 +0.057 Axial (epoxy) ST1.5KPB7.5 / ST1.5KPS7.5 - 7.5 6.75 10 11.7 128 6.05 500 Note 4 +0.061 Axial (epoxy) ST1.5KPB7.5A / ST1.5KPS7.5A 7.5 7.13 10 11.3 132 6.4 500 Note 4 +0.061 Axial (epoxy) ST1.5KB7.5 7.5 - 175 11.7 128 5.6 1500 1250 +0.03 Axial, SMS, C, V ST1.5KPB8.2 / ST1.5KPS8.2 - 8.2 7.38 10 12.5 120 6.63 200 Note 4 +0.065 Axial (epoxy) - ST1.5KPB8.2A / ST1.5KPS8.2A 8.2 7.79 10 12.1 124 7.02 200 Note 4 +0.065 Axial (epoxy) ST1.5KA7.5 ST1.5KA8.2 ST1.5KB8.2 8.2 - 150 12.5 120 6.2 1200 1150 +0.03 Axial, SMS, C, V ST1.5KPB9.1 / ST1.5KPS9.1 - 9.1 8.19 1 13.8 109 7.37 50 Note 4 +0.068 Axial (epoxy) - ST1.5KPB9.1A / ST1.5KPS9.1A 9.1 8.65 1 13.4 112 7.78 50 Note 4 +0.068 Axial (epoxy) ST1.5KA9.1 ST1.5KB9.1 9.1 - 150 13.8 109 6.8 40 1020 +0.03 Axial, SMS, C, V ST1.5KPB10 / ST1.5KPS10 - 10 9 1 15 100 8.1 10 Note 4 +0.073 Axial (epoxy) - ST1.5KPB10A / ST1.5KPS10A 10 9.5 1 14.5 103 8.55 10 Note 4 +0.073 Axial (epoxy) ST1.5KA10 ST1.5KB10 10 - 125 15 100 7.5 20 950 +0.05 Axial, SMS, C, V ST1.5KPB11 / ST1.5KPS11 - 11 9.9 1 16.2 93 8.92 5 Note 4 +0.075 Axial (epoxy) - ST1.5KPB11A / ST1.5KPS11A 11 10.5 1 15.6 96 9.4 5 Note 4 +0.075 Axial (epoxy) ST1.5KA11 ST1.5KB11 11 - 125 16.2 93 8.2 15 860 +0.05 Axial, SMS, C, V ST1.5KPB12 / ST1.5KPS12 - 12 10.8 1 17.3 87 9.72 5 Note 4 +0.078 Axial (epoxy) - ST1.5KPB12A / ST1.5KPS12A 12 11.4 1 16.7 90 10.2 5 Note 4 +0.078 Axial (epoxy) ST1.5KA12 ST1.5KB12 12 - 100 17.3 87 9.1 10 770 +0.05 Axial, SMS, C, V ST1.5KPB13 / ST1.5KPS13 - 13 11.7 1 19 79 10.5 5 Note 4 +0.081 Axial (epoxy) - ST1.5KPB13A / ST1.5KPS13A 13 12.4 1 18.2 82 11.1 5 Note 4 +0.081 Axial (epoxy) ST1.5KA13 ST1.5KB13 13 - 100 19 79 10 4 700 +0.05 Axial, SMS, C, V ST1.5KPB15 / ST1.5KPS15 - 15 13.5 1 22 68 12.1 5 Note 4 +0.084 Axial (epoxy) - ST1.5KPB15A / ST1.5KPS15A 15 14.3 1 21.2 71 12.8 5 Note 4 +0.084 Axial (epoxy) ST1.5KA15 ST1.5KB15 15 - 75 22 68 11 2 600 +0.05 Axial, SMS, C, V ST1.5KPB16 / ST1.5KPS16 - 16 14.4 1 23.5 64 12.9 5 Note 4 +0.086 Axial (epoxy) - ST1.5KPB16A / ST1.5KPS16A 16 15.2 1 22.5 67 13.6 5 Note 4 +0.086 Axial (epoxy) ST1.5KA16 ST1.5KB16 16 - 75 23.5 64 12 2 550 +0.06 Axial, SMS, C, V ST1.5KPB18 / ST1.5KPS18 - 18 16.2 1 26.5 56.5 14.5 5 Note 4 +0.088 Axial (epoxy) - ST1.5KPB18A / ST1.5KPS18A 18 17.1 1 25.2 59.5 15.3 5 Note 4 +0.088 Axial (epoxy) ST1.5KA18 ST1.5KB18 18 - 65 26.5 57 13 2 500 +0.06 Axial, SMS, C, V ST1.5KPB20 / ST1.5KPS20 - 20 18 1 29.1 51.5 16.2 5 Note 4 +0.09 Axial (epoxy) - ST1.5KPB20A / ST1.5KPS20A 20 19 1 27.7 54 17.1 5 Note 4 +0.09 Axial (epoxy) ST1.5KA20 ST1.5KB20 20 - 65 29 52 15 2 440 +0.06 Axial, SMS, C, V ST1.5KPB22 / ST1.5KPS22 - 22 19.8 1 31.9 47 17.8 5 Note 4 +0.092 Axial (epoxy) - ST1.5KPB22A / ST1.5KPS22A 22 20.9 1 30.6 49 18.8 5 Note 4 +0.092 Axial (epoxy) ST1.5KA22 ST1.5KB22 22 - 50 31.9 47 16 2 390 +0.06 Axial, SMS, C, V NOTES: 1. All voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Non-repetitive peak reverse current pulse. 3. Package definitions: Axial = Axial Leaded, SM = Surface Mount Round Tab (MELF), SMS = Surface Mount Square Tab, V = Isolated Ministud, and C = Ministud C. 4. Consult factory for values and more information. 5. ST1.5KP Series available in uni-directional and bi-directional configurations. TX, TXV, and S-Level Screening Available Zener & TVS Products 73 1,500 W Transient Voltage Suppressors Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY Nominal VBR and then Minimum VBR Part Number5 All parts are available with ±1% or ±2% Tolerances Nominal Breakdown Voltage1 Minimum Breakdown Voltage1 Test Current VBR VBR Clamping Voltage Maximum Reverse Standoff Max Peak2 IT VC @IRSM VRWM IR Max. Cont. Current Temp. Coefficient (Typical) IRM TC Package3 ±10% ±5% V V mA Volts Amps Volts µA mA %/°C ST1.5KPB24 / ST1.5KPS24 - 24 21.6 1 34.7 43 19.4 5 Note 4 +0.094 - ST1.5KPB24A / ST1.5KPS24A 24 22.8 1 33.2 45 20.5 5 Note 4 +0.094 Axial (epoxy) ST1.5KA24 ST1.5KB24 24 - 50 34.7 43 18 2 360 +0.06 Axial, SMS, C, V ST1.5KPB27 / ST1.5KPS27 - 27 24.3 1 39.1 38.5 21.8 5 Note 4 +0.096 Axial (epoxy) - ST1.5KPB27A / ST1.5KPS27A 27 25.7 1 37.5 40 23.1 5 Note 4 +0.096 Axial (epoxy) Axial (epoxy) ST1.5KA27 ST1.5KB27 27 - 50 38.5 39 20 2 310 +0.06 Axial, SMS, C, V ST1.5KPB30 / ST1.5KPS30 - 30 27 1 43.5 34.5 24.3 5 Note 4 +0.097 Axial (epoxy) - ST1.5KPB30A / ST1.5KPS30A 30 28.5 1 41.4 36 25.6 5 Note 4 +0.097 Axial (epoxy) ST1.5KA30 ST1.5KB30 30 - 40 42.9 35 22 2 280 +0.06 Axial, SMS, C, V ST1.5KPB33 / ST1.5KPS33 - 33 29.7 1 47.7 31.5 26.8 5 Note 4 +0.098 Axial (epoxy) - ST1.5KPB33A / ST1.5KPS33A 33 31.4 1 45.7 33 28.2 5 Note 4 +0.098 Axial (epoxy) ST1.5KA33 ST1.5KB33 33 - 40 46.9 32 24 2 260 +0.06 Axial, SMS, C, V ST1.5KPB36 / ST1.5KPS36 - 36 32.4 1 52 29 29.1 5 Note 4 +0.099 Axial (epoxy) - ST1.5KPB36A / ST1.5KPS36A 36 34.2 1 49.9 30 30.8 5 Note 4 +0.099 Axial (epoxy) ST1.5KA36 ST1.5KB36 36 - 30 50 30 27 2 240 +0.06 Axial, SMS, C, V ST1.5KPB39 / ST1.5KPS39 - 39 35.1 1 56.4 26.5 31.6 5 Note 4 +0.1 Axial (epoxy) - ST1.5KPB39A / ST1.5KPS39A 39 37.1 1 53.9 28 33.3 5 Note 4 +0.1 Axial (epoxy) ST1.5KA39 ST1.5KB39 39 - 30 55.6 27 30 2 210 +0.06 Axial, SMS, C, V ST1.5KPB43 / ST1.5KPS43 - 43 38.7 1 61.9 24 34.8 5 Note 4 +0.101 Axial (epoxy) - ST1.5KPB43A / ST1.5KPS43A 43 40.9 1 59.3 25 36.8 5 Note 4 +0.101 Axial (epoxy) ST1.5KA43 ST1.5KB43 43 - 30 60 25 33 2 180 +0.07 Axial, SMS, C, V ST1.5KA47 ST1.5KB47 47 - 25 65.2 23 36 2 175 +0.07 Axial, SMS, C, V ST1.5KA51 ST1.5KB51 51 - 25 71.4 21 39 2 170 +0.07 Axial, SMS, C, V ST1.5KPB56 / ST1.5KPS56 - 56 50.4 1 80.5 18.6 45.6 5 Note 4 +0.103 Axial (epoxy) - ST1.5KPB56A / ST1.5KPS56A 56 53.2 1 77 19.5 47.8 5 Note 4 +0.103 Axial (epoxy) ST1.5KA56 ST1.5KB56 56 - 20 78.9 19 43 2 160 +0.07 Axial, SMS, C, V ST1.5KPB62 / ST1.5KPS62 - 62 55.8 1 89 16.9 50.2 5 Note 4 +0.104 Axial (epoxy) - ST1.5KPB62A / ST1.5KPS62A 62 58.9 1 85 17.7 53 5 Note 4 +0.104 Axial (epoxy) ST1.5KA62 ST1.5KB62 62 - 20 88.2 17 47 2 150 +0.08 Axial, SMS, C, V ST1.5KPB68 / ST1.5KPS68 - 68 61.2 1 96 15.3 55.1 5 Note 4 +0.104 Axial (epoxy) - ST1.5KPB68A / ST1.5KPS68A 68 64.6 1 92 16.3 58.1 5 Note 4 +0.104 Axial (epoxy) ST1.5KA68 ST1.5KB68 68 - 20 93.7 16 51 2 130 +0.08 Axial, SMS, C, V ST1.5KPB75 / ST1.5KPS75 - 75 67.5 1 108 13.9 60.7 5 Note 4 +0.105 Axial (epoxy) - ST1.5KPB75A / ST1.5KPS75A 75 71.3 1 103 14.6 64.1 5 Note 4 +0.105 Axial (epoxy) ST1.5KA75 ST1.5KB75 75 - 20 107.1 14 56 2 120 +0.08 Axial, SMS, C, V ST1.5KPB82 / ST1.5KPS82 - 82 73.8 1 118 12.7 66.4 5 Note 4 +0.105 Axial (epoxy) - ST1.5KPB82A / ST1.5KPS82A 82 77.9 1 113 13.3 70.1 5 Note 4 +0.105 Axial (epoxy) ST1.5KA82 ST1.5KB82 82 - 15 115.4 13 62 2 110 +0.08 Axial, SMS, C, V NOTES: 1. All voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Non-repetitive peak reverse current pulse. 3. Package definitions: Axial = Axial Leaded, SM = Surface Mount Round Tab (MELF), SMS = Surface Mount Square Tab, V = Isolated Ministud, and C = Ministud C. 4. Consult factory for values and more information. 5. ST1.5KP Series available in uni-directional and bi-directional configurations. 74 Zeners & TVS Products TX, TXV, and S-Level Screening Available 1,500 W Transient Voltage Suppressors Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY Nominal VBR and then Minimum VBR Part Number5 All parts are available with ±1% or ±2% Tolerances Nominal Breakdown Voltage1 Minimum Breakdown Voltage1 Test Current VBR VBR Clamping Voltage Maximum Reverse Standoff Max Peak2 IT VC @IRSM VRWM IR Max. Cont. Current Temp. Coefficient (Typical) IRM TC Package3 ±10% ±5% V V mA Volts Amps Volts µA mA %/°C ST1.5KPB91 / ST1.5KPS91 - 91 81.9 1 131 11.4 73.7 5 Note 4 +0.106 - ST1.5KPB91A / ST1.5KPS91A 91 86.5 1 125 12 77.8 5 Note 4 +0.106 Axial (epoxy) ST1.5KA91 ST1.5KB91 91 - 15 125 12 68 2 100 +0.08 Axial, SMS, C, V ST1.5KPB100 / ST1.5KPS100 - 100 90 1 144 10.4 81 5 Note 4 +0.106 Axial (epoxy) - ST1.5KPB100A /ST1.5KPS100A 100 95 1 137 11 85.5 5 Note 4 +0.106 Axial (epoxy) Axial (epoxy) ST1.5KA100 ST1.5KB100 100 - 12 136.4 11 75 2 90 +0.09 Axial, SMS, C, V ST1.5KPB110 / ST1.5KPS110 - 110 99 1 158 9.5 89.2 5 Note 4 +0.107 Axial (epoxy) - ST1.5KPB110A / ST1.5KPS110A 110 106 1 152 9.9 94 5 Note 4 +0.107 Axial (epoxy) ST1.5KA110 ST1.5KB110 110 - 12 152 9.9 82 2 82 +0.09 Axial, SMS, C, V ST1.5KPB120 / ST1.5KPS120 - 120 108 1 173 8.7 97.2 5 Note 4 +0.107 Axial (epoxy) - ST1.5KPB120A / ST1.5KPS120A 120 114 1 165 9.1 102 5 Note 4 +0.107 Axial (epoxy) ST1.5KA120 ST1.5KB120 120 - 10 167 9 91 2 75 +0.09 Axial, SMS, C, V ST1.5KPB130 / ST1.5KPS130 - 130 117 1 187 8 106 5 Note 4 +0.107 Axial (epoxy) - ST1.5KPB130A / ST1.5KPS130A 130 124 1 179 8.4 111 5 Note 4 +0.107 Axial (epoxy) ST1.5KA130 ST1.5KB130 130 - 10 185 8.1 100 2 69 +0.09 Axial, SMS, C, V ST1.5KPB150 / ST1.5KPS150 - 150 136 1 215 7 121 5 Note 4 +0.108 Axial (epoxy) - ST1.5KPB150A / ST1.5KPS150A 150 143 1 207 7.2 128 5 Note 4 +0.108 Axial (epoxy) ST1.5KA150 ST1.5KB150 150 - 8 204 7.2 110 2 60 +0.09 Axial, SMS, C, V ST1.5KPB160 / ST1.5KPS160 - 160 144 1 230 6.5 130 5 Note 4 +0.108 Axial (epoxy) - ST1.5KPB160A / ST1.5KPS160A 160 152 1 219 6.8 136 5 Note 4 +0.108 Axial (epoxy) ST1.5KA160 ST1.5KB160 160 - 8 224 6.6 120 2 56 +0.09 Axial, SMS, C, V ST1.5KPB170 / ST1.5KPS170 - 170 153 1 244 6.2 138 5 Note 4 +0.108 Axial (epoxy) - ST1.5KPB170A / ST1.5KPS170A 170 162 1 234 6.4 145 5 Note 4 +0.108 Axial (epoxy) ST1.5KPB180 / ST1.5KPS180 - 180 162 1 256 5.8 146 5 Note 4 +0.108 Axial (epoxy) - ST1.5KPB180A / ST1.5KPS180A 180 171 1 246 6.1 154 5 Note 4 +0.108 Axial (epoxy) ST1.5KA180 ST1.5KB180 180 - 5 249 6 130 2 50 +0.09 Axial, SMS, C, V ST1.5KPB200 / ST1.5KPS200 - 200 180 1 287 5.2 162 5 Note 4 +0.108 Axial (epoxy) - ST1.5KPB200A / ST1.5KPS200A 200 190 1 274 5.5 171 5 Note 4 +0.108 Axial (epoxy) ST1.5KA200 ST1.5KB200 200 - 5 276 5.4 150 2 45 +0.09 Axial, SMS, C, V ST1.5KPB220 / ST1.5KPS220 - 220 196 1 344 4.3 175 5 Note 4 +0.108 Axial (epoxy) - ST1.5KPB220A / ST1.5KPS220A 220 209 1 328 4.6 185 5 Note 4 +0.108 Axial (epoxy) ST1.5KA220 ST1.5KB220 220 - 5 305 4.8 160 2 41 +0.09 Axial, SMS, C, V ST1.5KA240 ST1.5KB240 240 - 5 336 4.5 180 2 37 +0.09 Axial, SMS, C, V ST1.5KPB250 / ST1.5KPS250 - 250 225 1 360 5 202 5 Note 4 +0.11 Axial (epoxy) - ST1.5KPB250A / ST1.5KPS250A 250 237 1 344 5 214 5 Note 4 +0.11 Axial (epoxy) ST1.5KA270 ST1.5KB270 270 - 5 380 3.9 200 2 34 +0.09 Axial, SMS, C, V ST1.5KPB300 / ST1.5KPS300 - 300 270 1 430 5 243 5 Note 4 +0.11 Axial (epoxy) - ST1.5KPB300A / ST1.5KPS300A 300 285 1 414 5 256 5 Note 4 +0.11 Axial (epoxy) NOTES: 1. All voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Non-repetitive peak reverse current pulse. 3. Package definitions: Axial = Axial Leaded, SM = Surface Mount Round Tab (MELF), SMS = Surface Mount Square Tab, V = Isolated Ministud, and C = Ministud C. 4. Consult factory for values and more information. 5. ST1.5KP Series available in uni-directional and bi-directional configurations. TX, TXV, and S-Level Screening Available Zener & TVS Products 75 1,500 W Transient Voltage Suppressors Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY Nominal VBR and then Minimum VBR Part Number5 Nominal Breakdown Voltage1 Minimum Breakdown Voltage1 Test Current VBR VBR All parts are available with ±1% or ±2% Tolerances Clamping Voltage Maximum Reverse Standoff Max Peak2 IT VC @IRSM VRWM IR Max. Cont. Current Temp. Coefficient (Typical) IRM TC Package3 ±10% ±5% V V mA Volts Amps Volts µA mA %/°C ST1.5KPB350 / ST1.5KPS350 - 350 315 1 504 4 284 5 Note 4 +0.11 Axial (epoxy) - ST1.5KPB350A / ST1.5KPS350A 350 333 1 482 4 300 5 Note 4 +0.11 Axial (epoxy) ST1.5KPB400 / ST1.5KPS400 - 400 360 1 574 4 324 5 Note 4 +0.11 Axial (epoxy) - ST1.5KPB400A / ST1.5KPS400A 400 380 1 548 4 342 5 Note 4 +0.11 Axial (epoxy) ST1.5KPB440 / ST1.5KPS440 - 440 396 1 598 4 356 5 Note 4 +0.11 Axial (epoxy) - ST1.5KPB440A / ST1.5KPS440A 440 418 1 590 4 376 5 Note 4 +0.11 Axial (epoxy) STN6469 - - 5.6 50 9 167 5 5000 Note 4 +0.04 Axial, SMS STN6470 - - 6.5 50 11 137 6 5000 Note 4 +0.04 Axial, SMS STN6471 - - 13 10 22.6 66 12 1000 Note 4 +0.05 Axial, SMS STN6472 - - 16.4 10 26.5 57 15 1000 Note 4 +0.06 Axial, SMS STN6473 - - 27 5 41.4 36.5 24 100 Note 4 +0.084 Axial, SMS STN6474 - - 33 1 47.5 32 30.5 5 Note 4 +0.093 Axial, SMS STN6475 - - 43.7 1 63.5 24 40.3 5 Note 4 +0.094 Axial, SMS STN6476 - - 54 1 78.5 19 51.6 5 Note 4 +0.096 Axial, SMS ST1.5KPS6.8 - ST1.5KPS440 Series ST1.5KPB6.8 - ST1.5KPB440 Series Data Sheet T00028 1500 W Axial Leaded Features: ▪▪ 6.8 to 440 volts uni-directional / bi-directional ▪▪ Molded epoxy package ▪▪ Glass passivated die ▪▪ 175°C maximum operating temperature ▪▪ Modified TX screening available Applications: ▪▪ Voltage sensitive component protection ▪▪ Protection against power surges ▪▪ Lightning protection Axial Axial6 ØD ØA C B C DIM MIN MAX A .190" .210” B .355" .385” C 1.00” --- D .038” .042” NOTES: 1. All voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Non-repetitive peak reverse current pulse. 3. Package definitions: Axial = Axial Leaded, SM = Surface Mount Round Tab (MELF), SMS = Surface Mount Square Tab, V = Isolated Ministud, and C = Ministud C. 4. Consult factory for values and more information. 5. ST1.5KP Series available in uni-directional and bi-directional configurations. 6. All dimensions are prior to soldering. 76 Zeners & TVS Products TX, TXV, and S-Level Screening Available 1,500 W Transient Voltage Suppressors ST1.5KA7.5 - ST1.5KA270 Series Data Sheet T00002 1500 W Axial Leaded, Surface Mount Square Tab (SMS), Isolated Ministud (V), and MInistud (C) Features: ▪▪ Hermetically sealed in glass ▪▪ Metallurgically bonded ▪▪ Solid silver leads for high power dissipation ▪▪ TX, TXV, and Space level screening available C B ØD C Axial SMS SMS Axial 1 DIM MIN MAX A .150" .170” B .175" .200” C 1.00” --- D .037” .043" ØA Ministud Isolated Ministud 1 A C A D B DIM MIN MAX A .172” .180” B .220” .250” C .023” .027” D .005” --- Isolated Ministud (V)1 FULL THREAD TO WITHIN .060 OF SHOULDER .260 .220 BERILLIA INSULATING DISC .025 .010 .135 .115 CATHODE TERMINAL GOLD PLATED .055 .035 .33 MAX ø .072 .052 .20±.03 .187 MAX .138-32 UNC COPPER GOLD PLATED R.005 MAX .580 MAX ANODE TERMINAL GOLD PLATED .140 SLOT DEPTH .100 .255 HEX .245 Ministud (C)1 .005R MAX .460 MAX .112 MAX TO SHOULDER .035 .055 .183 / .193 HEX .187 MAX .120 TYP .4-40x .230 / .250 STN6469 - STN6476 Series Axial Data Sheet T00031 1500 W Axial Leaded and Surface Mount Square Tab (SMS) Features: ▪▪ 5.6 to 54 volts uni-directional ▪▪ Bi-directional available ▪▪ Hermetic glass diode ▪▪ 175°C maximum operating temperature ▪▪ TX, TXV, and Space level screening available ▪▪ Replacement for 1N6469 - 1N6476 SMS Axial1 C B Applications: ▪▪ Voltage sensitive component protection ▪▪ Protection against power surges ▪▪ Lightning protection ØD C ØA DIM MIN MAX A .130" .165” B .140" .160” C 1.00” --- D .038” .042" SMS1 C A A D B DIM MIN MAX A .172” .178” B .180” .230” C .020” .028” D .001” --- NOTES: 1. All dimensions are prior to soldering. TX, TXV, and S-Level Screening Available Zener & TVS Products 77 3,000 W Transient Voltage Suppressors Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VBR Nominal Breakdown Voltage1 Part Number All parts are available with ±1% or ±2% Tolerances Test Current Clamping Voltage Max Temperature Coefficient (Maximum) Maximum Reverse Standoff Peak2 VRWM VRWM VBR IT VC @IRSM ±10% IR ±5% Package TC ±10% ±5% V mA Volts Amps Volts Volts µA %/°C STA3KA13.6JE STA3KB13.6JE 13.6 10 21 143 11 10.6 1000 +0.057 TO-257JE STA3KA15JE STA3KB15JE 15 10 22.6 132 12.1 12.8 500 +0.061 TO-257JE STA3KA16.4JE STA3KB16.4JE 16.4 10 24.2 124 13.26 14.04 200 +0.065 TO-257JE STA3KA18.2JE STA3KB18.2JE 18.2 1 26.8 112 14.74 15.56 50 +0.068 TO-257JE STA3KA20JE STA3KB20JE 20 1 29 103 16.2 17.1 10 +0.073 TO-257JE STA3KA22JE STA3KB22JE 22 1 31.2 96 17.84 18.8 5 +0.075 TO-257JE STA3KA24JE STA3KB24JE 24 1 33.4 90 19.44 20.4 5 +0.076 TO-257JE STA3KA26JE STA3KB26JE 26 1 36.4 82 21 22.2 5 +0.081 TO-257JE STA3KA30JE STA3KB30JE 30 1 42.4 71 24.2 25.6 5 +0.084 TO-257JE STA3KA32JE STA3KB32JE 32 1 45 67 25.8 27.2 5 +0.086 TO-257JE STA3KA36JE STA3KB36JE 36 1 52.4 57.2 29 30.6 5 +0.088 TO-257JE STA3KA40JE STA3KB40JE 40 1 55.4 54 32.4 34.2 5 +0.09 TO-257JE STA3KA44JE STA3KB44JE 44 1 61.2 49 35.6 37.6 5 +0.092 TO-257JE STA3KA48JE STA3KB48JE 48 1 66.4 45 38.8 41 5 +0.094 TO-257JE STA3KA60JE STA3KB60JE 60 1 82.8 36 48.6 50.2 5 +0.097 TO-257JE STA3KA72JE STA3KB72JE 72 1 98.8 30 59.2 61.6 5 +0.099 TO-257JE STA3KA86JE STA3KB86JE 86 1 118.6 25.3 69.6 73.6 5 +0.101 TO-257JE STA3KA102JE STA3KB102JE 102 1 140.2 21.4 82.6 87.2 5 +0.102 TO-257JE STA3KA124JE STA3KB124JE 124 1 170 17.7 100.4 106 5 +0.104 TO-257JE STA3KA150JE STA3KB150JE 150 1 206 14.6 120.4 128.2 5 +0.105 TO-257JE STA3KA164JE STA3KB164JE 164 1 226 13.3 132.8 140.2 5 +0.105 TO-257JE STA3KA200JE STA3KB200JE 200 1 274 11 162 171 5 +0.106 TO-257JE STA3KA300JE STA3KB300JE 300 1 414 7.2 242 256 5 +0.108 TO-257JE STA3KA360JE STA3KB360JE 360 1 492 6.1 292 308 5 +0.108 TO-257JE STA3KA400JE STA3KB400JE 400 1 548 5.5 324 342 5 +0.108 TO-257JE STA3KA600JE STA3KB600JE 600 1 828 3.6 486 512 5 +0.11 TO-257JE STA3KA800JE STA3KB800JE 800 1 1096 2.7 648 684 5 +0.11 TO-257JE STA3KA13.6JE - STA3KA800JE Series 3 Data Sheet TVS001 3,000 W TO-257JE Features: ▪▪ 13.6 - 800 V unidirectional in TO-257 package ▪▪ Glass passivated junction, epoxy encapsulated assembly ▪▪ Reverse polarity available (R suffix) ▪▪ 150˚C maximum operating temperature ▪▪ Steady state power dissipation (PD) - 10 W 2x Ø .160 .150 .150 .140 .420 .410 .250 MAX .068 .058 .537 .527 3x Ø .430 .410 .665 .645 .045 .035 .205 .195 NOTES: 1. All voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Pulse width (tp) is defined as the time from peak pulse current Ipp to the point where peak pulse current decayed to 50% of rated Ipp. 3. See data sheet TVS001 for operating curves. 78 Zeners & TVS Products TX, TXV, and S-Level Screening Available 5,000 W Transient Voltage Suppressors SORTED BY Minimum VBR Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number4 All parts are available with ±1% or ±2% Tolerances Minimum Breakdown Voltage1 Maximum Breakdown Voltage1 Test Current VBR VBR Clamping Voltage Maximum Reverse Standoff Max Peak2 IT VC @IRSM VRWM IR Temperature Coefficient (Maximum) Package3 TC ±10% ±5% V V mA Volts Amps Volts µA %/°C STD5KA5.0 - 6.4 7.30 50 9.6 520 5 2000 +0.057 DO-5 - STD5KB5.0 6.4 7.00 50 9.2 543 5 2000 +0.057 DO-5 ST5KA5.0 - 6.4 7.30 50 9.6 520 5 2000 +0.057 Axial (epoxy) - ST5KB5.0 6.4 7.00 50 9.2 543 5 2000 +0.057 Axial (epoxy) STD5KA6.0 - 6.67 8.15 50 11.4 439 6 5000 +0.061 DO-5 - STD5KB6.0 6.67 7.37 50 10.3 485 6 5000 +0.061 DO-5 ST5KA6.0 - 6.67 8.15 50 11.4 439 6 5000 +0.061 Axial (epoxy) - ST5KB6.0 6.67 7.37 50 10.3 485 6 5000 +0.061 Axial (epoxy) STD5KA7.0 - 7.78 9.51 50 13.3 378 7 1000 +0.068 DO-5 - STD5KB7.0 7.78 8.6 50 12 417 7 1000 +0.068 DO-5 ST5KA7.0 - 7.78 9.51 50 13.3 378 7 1000 +0.068 Axial (epoxy) - ST5KB7.0 7.78 8.6 50 12 417 7 1000 +0.068 Axial (epoxy) STD5KA8.0 - 8.89 10.9 5 15 333 8 150 +0.075 DO-5 - STD5KB8.0 8.89 9.83 5 13.6 367 8 150 +0.075 DO-5 ST5KA8.0 - 8.89 10.9 5 15 333 8 150 +0.075 Axial (epoxy) - ST5KB8.0 8.89 9.83 5 13.6 367 8 150 +0.075 Axial (epoxy) STD5KA9.0 - 10 12.2 5 16.9 295 9 20 +0.081 DO-5 - STD5KB9.0 10 11.1 5 15.4 325 9 20 +0.081 DO-5 ST5KA9.0 - 10 12.2 5 16.9 295 9 20 +0.081 Axial (epoxy) - ST5KB9.0 10 11.1 5 15.4 325 9 20 +0.081 Axial (epoxy) STD5KA10 - 11.1 13.6 5 18.8 266 10 15 +0.084 DO-5 - STD5KB10 11.1 12.3 5 17 294 10 15 +0.084 DO-5 ST5KA10 - 11.1 13.6 5 18.8 266 10 15 +0.084 Axial (epoxy) - ST5KB10 11.1 12.3 5 17 294 10 15 +0.084 Axial (epoxy) STD5KA12 - 13.3 16.3 5 22 227 12 10 +0.088 DO-5 - STD5KB12 13.3 14.7 5 19.9 251 12 10 +0.088 DO-5 ST5KA12 - 13.3 16.3 5 22 227 12 10 +0.088 Axial (epoxy) - ST5KB12 13.3 14.7 5 19.9 251 12 10 +0.088 Axial (epoxy) STD5KA14 - 15.6 19.1 5 25.8 194 14 10 +0.092 DO-5 - STD5KB14 15.6 17.2 5 23.2 215 14 10 +0.092 DO-5 ST5KA14 - 15.6 19.1 5 25.8 194 14 10 +0.092 Axial (epoxy) - ST5KB14 15.6 17.2 5 23.2 215 14 10 +0.092 Axial (epoxy) STD5KA16 - 17.8 21.8 5 28.8 176 16 10 +0.096 DO-5 - STD5KB16 17.8 19.7 5 28.8 176 16 10 +0.096 DO-5 ST5KA16 - 17.8 21.8 5 28.8 176 16 10 +0.096 Axial (epoxy) - ST5KB16 17.8 19.7 5 28.8 176 16 10 +0.096 Axial (epoxy) STD5KA18 - 20 24.4 5 32.2 155 18 10 +0.098 DO-5 - STD5KB18 20 22.1 5 29.2 172 18 10 +0.098 DO-5 NOTES: 1. V(BR) measured after IT applied for 300 msec. IT = square wave pulse or equivalent. 2. See data sheet T00027 and T00030 for surge current waveform. 3. Package definitions: Axial = Axial Leaded. 4. Breakdown voltage tolerance of +10% (A) and +5% (B) . For other tolerances, contact SSDI. TX, TXV, and S-Level Screening Available Zener & TVS Products 79 5,000 W Transient Voltage Suppressors Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY Minimum VBR Part Number4 All parts are available with ±1% or ±2% Tolerances Minimum Breakdown Voltage1 Maximum Breakdown Voltage1 Test Current VBR VBR Clamping Voltage Maximum Reverse Standoff Max Peak2 IT VC @IRSM VRWM IR Temperature Coefficient (Maximum) Package3 TC ±10% ±5% V V mA Volts Amps Volts µA %/°C ST5KA18 - 20 24.4 5 32.2 155 18 10 +0.098 Axial (epoxy) - ST5KB18 20 22.1 5 29.2 172 18 10 +0.098 Axial (epoxy) STD5KA20 - 22.2 27.1 5 35.8 139 20 10 +0.099 DO-5 - STD5KB20 22.2 24.5 5 32.4 154 20 10 +0.099 DO-5 ST5KA20 - 22.2 27.1 5 35.8 139 20 10 +0.099 Axial (epoxy) - ST5KB20 22.2 24.5 5 32.4 154 20 10 +0.099 Axial (epoxy) STD5KA22 - 24.4 29.8 5 39.4 127 22 10 +0.1 DO-5 - STD5KB22 24.4 26.9 5 35.5 141 22 10 +0.1 DO-5 ST5KA22 - 24.4 29.8 5 39.4 127 22 10 +0.1 Axial (epoxy) - ST5KB22 24.4 26.9 5 35.5 141 22 10 +0.1 Axial (epoxy) STD5KA24 - 26.7 32.6 5 43 116 24 10 +0.101 DO-5 - STD5KB24 26.7 29.5 5 38.9 128 24 10 +0.101 DO-5 ST5KA24 - 26.7 32.6 5 43 116 24 10 +0.101 Axial (epoxy) - ST5KB24 26.7 29.5 5 38.9 128 24 10 +0.101 Axial (epoxy) STD5KA26 - 28.9 35.3 5 46.6 107 26 10 +0.101 DO-5 - STD5KB26 28.9 31.9 5 42.1 119 26 10 +0.101 DO-5 ST5KA26 - 28.9 35.3 5 46.6 107 26 10 +0.101 Axial (epoxy) - ST5KB26 28.9 31.9 5 42.1 119 26 10 +0.101 Axial (epoxy) STD5KA28 - 31.1 38.0 5 50.1 99 28 10 +0.102 DO-5 - STD5KB28 31.1 34.4 5 45.4 110 28 10 +0.102 DO-5 ST5KA28 - 31.1 38.0 5 50.1 99 28 10 +0.102 Axial (epoxy) - ST5KB28 31.1 34.4 5 45.4 110 28 10 +0.102 Axial (epoxy) STD5KA30 - 33.3 40.7 5 53.5 93 30 10 +0.103 DO-5 - STD5KB30 33.3 36.8 5 48.4 103 30 10 +0.103 DO-5 ST5KA30 - 33.3 40.7 5 53.5 93 30 10 +0.103 Axial (epoxy) - ST5KB30 33.3 36.8 5 48.4 103 30 10 +0.103 Axial (epoxy) STD5KA33 - 36.7 44.9 5 59 85 33 10 +0.104 DO-5 - STD5KB33 36.7 40.6 5 53.3 94 33 10 +0.104 DO-5 ST5KA33 - 36.7 44.9 5 59 85 33 10 +0.104 Axial (epoxy) - ST5KB33 36.7 40.6 5 53.3 94 33 10 +0.104 Axial (epoxy) STD5KA36 - 40 48.9 5 64.3 78 36 10 +0.104 DO-5 - STD5KB36 40 44.2 5 58.1 85 36 10 +0.104 DO-5 ST5KA36 - 40 48.9 5 64.3 78 36 10 +0.104 Axial (epoxy) - ST5KB36 40 44.2 5 58.1 85 36 10 +0.104 Axial (epoxy) STD5KA40 - 44.4 54.3 5 71.4 70 40 10 +0.105 DO-5 - STD5KB40 44.4 49.1 5 64.5 78 40 10 +0.105 DO-5 ST5KA40 - 44.4 54.3 5 71.4 70 40 10 +0.105 Axial (epoxy) - ST5KB40 44.4 49.1 5 64.5 78 40 10 +0.105 Axial (epoxy) NOTES: 1. V(BR) measured after IT applied for 300 msec. IT = square wave pulse or equivalent. 2. See data sheet T00027 and T00030 for surge current waveform. 3. Package definitions: Axial = Axial Leaded. 4. Breakdown voltage tolerance of +10% (A) and +5% (B) . For other tolerances, contact SSDI. 80 Zeners & TVS Products TX, TXV, and S-Level Screening Available 5,000 W Transient Voltage Suppressors SORTED BY Minimum VBR Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number4 All parts are available with ±1% or ±2% Tolerances Minimum Breakdown Voltage1 Maximum Breakdown Voltage1 Test Current VBR VBR Clamping Voltage Maximum Reverse Standoff Max Peak2 IT VC @IRSM VRWM IR Temperature Coefficient (Maximum) Package3 TC ±10% ±5% V V mA Volts Amps Volts µA %/°C STD5KA43 - 47.8 58.4 5 76.7 65 43 10 +0.105 DO-5 - STD5KB43 47.8 52.8 5 69.4 72 43 10 +0.105 DO-5 ST5KA43 - 47.8 58.4 5 76.7 65 43 10 +0.105 Axial (epoxy) - ST5KB43 47.8 52.8 5 69.4 72 43 10 +0.105 Axial (epoxy) STD5KA45 - 50 61.1 5 62 80.3 45 10 +0.106 DO-5 - STD5KB45 50 55.3 5 69 72.7 45 10 +0.106 DO-5 ST5KA45 - 50 61.1 5 80.3 62 45 10 +0.106 Axial (epoxy) - ST5KB45 50 55.3 5 72.7 69 45 10 +0.106 Axial (epoxy) STD5KA48 - 53.3 65.2 5 85.5 58 48 10 +0.106 DO-5 - STD5KB48 53.3 58.9 5 77.4 65 48 10 +0.106 DO-5 ST5KA48 - 53.3 65.2 5 85.5 58 48 10 +0.106 Axial (epoxy) - ST5KB48 53.3 58.9 5 77.4 65 48 10 +0.106 Axial (epoxy) STD5KA51 - 56.1 69.3 5 91.1 55 51 10 +0.107 DO-5 ST5KA51 - 56.1 69.3 5 91.1 55 51 10 +0.107 Axial (epoxy) - STD5KB51 56.7 62.7 5 82.4 61 51 10 +0.107 DO-5 - ST5KB51 56.7 62.7 5 82.4 61 51 10 +0.107 Axial (epoxy) STD5KA54 - 60 73.3 5 96.3 52 54 10 +0.107 DO-5 - STD5KB54 60 66.3 5 87.1 57 54 10 +0.107 DO-5 ST5KA54 - 60 73.3 5 96.3 52 54 10 +0.107 Axial (epoxy) - ST5KB54 60 66.3 5 87.1 57 54 10 +0.107 Axial (epoxy) STD5KA58 - 64.4 78.7 5 103 49 58 10 +0.107 DO-5 - STD5KB58 64.4 71.2 5 94 53 58 10 +0.107 DO-5 ST5KA58 - 64.4 78.7 5 103 49 58 10 +0.107 Axial (epoxy) - ST5KB58 64.4 71.2 5 94 53 58 10 +0.107 Axial (epoxy) STD5KA60 - 66.7 81.5 5 107 47 60 10 +0.108 DO-5 - STD5KB60 66.7 73.7 5 97 52 60 10 +0.108 DO-5 ST5KA60 - 66.7 81.5 5 107 47 60 10 +0.108 Axial (epoxy) - ST5KB60 66.7 73.7 5 97 52 60 10 +0.108 Axial (epoxy) STD5KA64 - 71.1 96.9 5 114 44 64 10 +0.108 DO-5 - STD5KB64 71.1 78.6 5 103 49 64 10 +0.108 DO-5 ST5KA64 - 71.1 96.9 5 114 44 64 10 +0.108 Axial (epoxy) - ST5KB64 71.1 78.6 5 103 49 64 10 +0.108 Axial (epoxy) STD5KA70 - 77.6 95.1 5 125 40 70 10 +0.108 DO-5 ST5KA70 - 77.6 95.1 5 125 40 70 10 +0.108 Axial (epoxy) - STD5KB70 77.8 86.0 5 113 44 70 10 +0.108 DO-5 - ST5KB70 77.8 86.0 5 113 44 70 10 +0.108 Axial (epoxy) STD5KA75 - 83.3 102 5 134 37 75 10 +0.108 DO-5 - STD5KB75 83.3 92.1 5 121 41 75 10 +0.108 DO-5 NOTES: 1. V(BR) measured after IT applied for 300 msec. IT = square wave pulse or equivalent. 2. See data sheet T00027 and T00030 for surge current waveform. 3. Package definitions: Axial = Axial Leaded. 4. Breakdown voltage tolerance of +10% (A) and +5% (B) . For other tolerances, contact SSDI. TX, TXV, and S-Level Screening Available Zener & TVS Products 81 5,000 W Transient Voltage Suppressors Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY Minimum VBR Part Number4 Minimum Breakdown Voltage1 Maximum Breakdown Voltage1 Test Current VBR VBR All parts are available with ±1% or ±2% Tolerances Clamping Voltage Temperature Coefficient (Maximum) Maximum Reverse Standoff Max Peak2 IT VC @IRSM VRWM IR Package3 TC ±10% ±5% V V mA Volts Amps Volts µA %/°C ST5KA75 - 83.3 102.0 5 134 37 75 10 +0.108 Axial (epoxy) - ST5KB75 83.3 92.1 5 121 41 75 10 +0.108 Axial (epoxy) STD5KA78 - 86.7 106.0 5 126 36 78 10 +0.108 DO-5 - STD5KB78 86.7 95.8 5 126 40 78 10 +0.108 DO-5 ST5KA78 - 86.7 106.0 5 126 36 78 10 +0.108 Axial (epoxy) - ST5KB78 86.7 95.8 5 126 40 78 10 +0.108 Axial (epoxy) - STD5KB85 94.4 104 5 137 36 85 10 +0.11 DO-5 - ST5KB85 94.4 104 5 137 36 85 10 +0.11 Axial (epoxy) STD5KA85 - 94.9 115 5 151 33 85 10 +0.11 DO-5 ST5KA85 - 94.9 115 5 151 33 85 10 +0.108 Axial (epoxy) STD5KA90 - 100 122 5 160 31 90 10 +0.11 DO-5 - STD5KB90 100 111 5 146 34 90 10 +0.11 DO-5 ST5KA90 - 100 122 5 160 31 90 10 +0.11 Axial (epoxy) - ST5KB90 100 111 5 146 31 90 10 +0.11 Axial (epoxy) STD5KA100 - 111 136 5 179 28 100 10 +0.11 DO-5 - STD5KB100 111 123 5 162 31 100 10 +0.11 DO-5 ST5KA100 - 111 136 5 179 28 100 10 +0.11 Axial (epoxy) - ST5KB100 111 123 5 162 31 100 10 +0.11 Axial (epoxy) STD5KA110 - 122 149 5 196 26 110 10 +0.112 DO-5 - STD5KB110 122 135 5 177 28 110 10 +0.112 DO-5 ST5KA110 - 122 149 5 196 26 110 10 +0.112 Axial (epoxy) - ST5KB110 122 135 5 177 28 110 10 +0.112 Axial (epoxy) ST5KA5.0 - ST5KA110 Series Axial Data Sheet T00027 5000 W Axial Leaded Features: ▪▪ Plastic package has Underwriters Laboratory Flammability Classification 94V-O ▪▪ Glass passivated junction ▪▪ Repetition rate (Duty Cycle): .05% ▪▪ Low incremental surge resistance ▪▪ Fast response time: typically less than 1.0 ps from 0 volts to BV ▪▪ Typical ID less than 1 µA above 10 V ▪▪ High temperature soldering guaranteed: 300°C/10 seconds/.375", (9.5mm) lead length/5 lbs., (2.3 kg) tension Applications: ▪▪ Voltage sensitive component protection ▪▪ Protection against power surges ▪▪ Lightning protection ØD ØA C C B Axial5 DIM MIN MAX A .190" .210” B .355" .385” C 1.00” --- D .038” .042” NOTES: 1. V(BR) measured after IT applied for 300 msec. IT = square wave pulse or equivalent. 2. See data sheet T00027 and T00030 for surge current waveform. 3. Package definitions: Axial = Axial Leaded. 4. Breakdown voltage tolerance of +10% (A) and +5% (B) . For other tolerances, contact SSDI. 5. All dimensions are prior to soldering. 82 Zeners & TVS Products TX, TXV, and S-Level Screening Available 5,000 W Transient Voltage Suppressors STD5KA5.0 - STD5KA110 Series STD5KB5.0 - STD5KB110 Series DO-5 stud mount Data Sheet T00030 5000 W Axial Leaded Features: ▪▪ 5.0 - 110 volts uni-directional / anode to stud ▪▪ Hermetically sealed ▪▪ Custom configurations available ▪▪ Reverse polarity - cathode to stud (Add suffix "R") ▪▪ TX, TXV, and Space level screening available Applications: ▪▪ Protection of voltage sensitive components ▪▪ Protection against power interruption ▪▪ Lightning protection .687 .667 .453 .422 1.00 MAX .060 MIN Ø .220 .249 .667 MAX .375 MAX 1/4-28 UNF-2A .080 MAX 5 kW TVS also available in new SZL Button Tabs Features: ▪▪ 5 kW, 7.5 - 270 V TVS button tabs ▪▪ Smaller and lighter than DO-4 stud mounts ▪▪ 0.200” body diameter maximum ▪▪ Hermetically sealed, metallurgically bonded .175 Ø .140 .450 MAX .200 .115 DO-5 stud mount *See page 90 for more details about button tab products TX, TXV, and S-Level Screening Available Zener & TVS Products 83 15,000 W Transient Voltage Suppressors Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VBR Part Number Nominal Breakdown Voltage1 Test Current All parts are available with 1% or 2% Tolerances VBR Clamping Voltage Maximum Reverse Standoff Max Peak2 IT VC @IRSM VRWM IR Maximum Continuous Current Dynamic Impedance3 Temperature Coefficient (Maximum) IRM ZBR@IBRT TC Package 10% 5% V A Volts Amps Volts µA A Ohms %/°C STA15K7.5P STB15K7.5P 7.5 1.75 11.7 1280 5.6 15000 12.5 0.07 +0.03 STA15 STA15K7.9 STB15K7.9 7.9 1.75 11.7 1280 5.6 16500 12.5 Note 4 +0.03 STA15 STA15K8.2P STB15K8.2P 8.2 1.5 12.5 1200 6.2 12000 11.5 0.08 +0.03 STA15 STA15K8.9 STB15K8.9 8.9 1.5 12.5 1200 6.2 13200 11.5 Note 4 +0.03 STA15 STA15K9.1P STB15K9.1P 9.1 1.5 13.8 1090 6.8 400 10.2 0.09 +0.03 STA15 STA15K9.8 STB15K9.8 9.8 1.5 13.8 1090 6.8 440 10.2 Note 4 +0.03 STA15 STA15K10P STB15K10P 10 1.25 15 1000 7.5 200 9.5 0.10 +0.05 STA15 STA15K10.7 STB15K10.7 10.7 1.25 15 1000 7.5 220 9.5 Note 4 +0.05 STA15 STA15K11.0 STB15K11.0 11 1.25 16.2 930 8.2 165 8.6 Note 4 +0.05 STA15 STA15K11P STB15K11P 11 1.25 16.2 930 8.2 150 8.6 0.11 +0.05 STA15 STA15K12P STB15K12P 12 1 17.3 870 9.1 100 7.7 0.11 +0.05 STA15 STA15K12.7 STB15K12.7 12.7 1 17.3 870 9.1 110 7.7 Note 4 +0.05 STA15 STA15K13P STB15K13P 13 1 19 790 10 40 7 0.12 +0.05 STA15 STA15K13.5 STB15K13.5 13.5 1 19 790 10 44 7 Note 4 +0.05 STA15 STA15K15.0 STB15K15.0 15 0.75 22 680 11 22 6 Note 4 +0.05 STA15 STA15K15P STB15K15P 15 0.75 22 680 11 20 6 0.12 +0.05 STA15 STA15K16P STB15K16P 16 0.75 23.5 640 12 20 5.5 0.13 +0.06 STA15 STA15K16.7 STB15K16.7 16.7 0.75 23.5 640 12 22 5.5 Note 4 +0.06 STA15 STA15K18 STB15K18 18 0.65 26.5 570 13 22 5 Note 4 +0.06 STA15 STA15K18P STB15K18P 18 0.65 26.5 570 13 20 5 0.13 +0.06 STA15 STA15K20P STB15K20P 20 0.65 29 520 15 20 4.4 0.15 +0.06 STA15 STA15K20.2 STB15K20.2 20.2 0.65 29 520 15 22 4.4 Note 4 +0.06 STA15 STA15K22P STB15K22P 22 0.5 31.9 470 16 20 3.9 0.16 +0.06 STA15 STA15K22.6 STB15K22.6 22.6 0.5 31.9 470 16 22 3.9 Note 4 +0.06 STA15 STA15K24P STB15K24P 24 0.5 34.7 430 18 20 3.6 0.18 +0.06 STA15 STA15K24.5 STB15K24.5 24.5 0.5 34.7 430 18 22 3.6 Note 4 +0.06 STA15 STA15K27P STB15K27P 27 0.5 38.5 390 20 20 3.1 0.25 +0.06 STA15 STA15K27.9 STB15K27.9 27.9 0.5 38.5 390 20 22 3.1 Note 4 +0.06 STA15 STA15K30P STB15K30P 30 0.4 42.9 350 22 20 2.8 0.40 +0.06 STA15 STA15K30.5 STB15K30.5 30.5 0.4 42.9 350 22 22 2.8 Note 4 +0.06 STA15 STA15K33P STB15K33P 33 0.4 46.9 320 24 20 2.6 0.50 +0.06 STA15 STA15K34 STB15K34 34 0.4 46.9 320 24 22 2.6 Note 4 +0.06 STA15 STA15K36 STB15K36 36 0.3 50 300 27 22 2.4 Note 4 +0.06 STA15 STA15K36P STB15K36P 36 0.3 50 300 27 20 2.4 0.60 +0.06 STA15 STA15K39 STB15K39 39 0.3 55.6 270 30 22 2.1 Note 4 +0.06 STA15 STA15K39P STB15K39P 39 0.3 55.6 270 30 20 2.1 0.70 +0.06 STA15 STA15K43P STB15K43P 43 0.3 60 250 33 20 1.8 1.0 +0.06 STA15 STA15K45 STB15K45 45 0.3 60 250 33 22 1.8 Note 4 +0.06 STA15 NOTES: 1. All voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Pulse width (tp) is defined as the time from rated peak pulse current IPP to the point where peak pulse current decayed to 50% of rated IPP. (10ms x 1000ms waveform as defined by R.E.A.) 3. Zener impedance is derived from the AC voltage divided by the AC current with RMS value of 10% of DC zener test current superimposed on the test current. 4. Consult factory for values and more information. 84 Zeners & TVS Products TX, TXV, and S-Level Screening Available 15,000 W Transient Voltage Suppressors SORTED BY VBR Ratings Based on 25°C Case Temperature (unless otherwise specified) Part Number Nominal Breakdown Voltage1 Test Current All parts are available with 1% or 2% Tolerances VBR Clamping Voltage Maximum Reverse Standoff Max Peak2 IT VC @IRSM VRWM IR Maximum Continuous Current Dynamic Impedance3 Temperature Coefficient (Maximum) IRM ZBR@IBRT TC Package 10% 5% V A Volts Amps Volts µA A Ohms %/°C STA15K47P STB15K47P 47 0.25 65.2 230 36 20 1.75 1.2 +0.07 STA15 STA15K49 STB15K49 49 0.25 65.2 230 36 22 1.75 Note 4 +0.07 STA15 STA15K51 STB15K51 51 0.25 71.4 210 39 22 1.7 Note 4 +0.07 STA15 STA15K51P STB15K51P 51 0.25 71.4 210 39 20 1.7 1.4 +0.07 STA15 STA15K56P STB15K56P 56 0.2 78.9 190 43 20 1.6 1.8 +0.07 STA15 STA15K57 STB15K57 57 0.2 78.9 190 43 22 1.6 Note 4 +0.07 STA15 STA15K62 STB15K62 62 0.2 88.2 170 47 22 1.5 Note 4 +0.07 STA15 STA15K62P STB15K62P 62 0.2 88.2 170 47 20 1.5 2.0 +0.07 STA15 STA15K68 STB15K68 68 0.2 93.7 160 51 22 1.3 Note 4 +0.08 STA15 STA15K68P STB15K68P 68 0.2 93.7 160 51 20 1.3 2.2 +0.08 STA15 STA15K75 STB15K75 75 0.2 107.1 140 56 22 1.2 Note 4 +0.08 STA15 STA15K75P STB15K75P 75 0.2 107.1 140 56 20 1.2 2.5 +0.08 STA15 STA15K82 STB15K82 82 0.15 115.4 130 62 22 1.1 Note 4 +0.08 STA15 STA15K82P STB15K82P 82 0.15 115.4 130 62 20 1.1 3.0 +0.08 STA15 STA15K91 STB15K91 91 0.15 125 120 68 22 1 Note 4 +0.08 STA15 STA15K91P STB15K91P 91 0.15 125 120 68 20 1 4.0 +0.08 STA15 STA15K100 STB15K100 100 0.15 136.4 110 75 22 0.09 Note 4 +0.09 STA15 STA15K100P STB15K100P 100 0.15 136.4 110 75 20 0.9 4.5 +0.09 STA15 STA15K7.5P - STA15K100P Series Data Sheet T00006 15,000 W TVS Features: ▪▪ 7.5 - 100 volt unidirectional ▪▪ Smaller than 704-15K35 and 704-15K36T types ▪▪ Hermetically sealed ▪▪ Meets all environmental requirements of MIL-PRF-19500 ▪▪ Custom configurations available ▪▪ TX and TXV screening available .135 2x Ø .115 .670±.030 .335 ±.030 .43 MAX 1.370 1.330 2.00 MAX STA15K7.9 - STA15K100 Series Data Sheet T00004 15,000 W TVS Features: ▪▪ 7.9 - 100 volt unidirectional ▪▪ Smaller than 704-15K36 and 704-15K36T types ▪▪ Hermetically sealed ▪▪ Meets all environmental requirements of MIL-PRF-19500 ▪▪ Custom configurations available ▪▪ TX and TXV screening available .330 .300 Applications: ▪▪ Protection of voltage sensitive components ▪▪ Protection against power interruption ▪▪ Lightning Protection NOTES: 1. All voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Pulse width (tp) is defined as the time from rated peak pulse current IPP to the point where peak pulse current decayed to 50% of rated IPP. (10ms x 1000ms waveform as defined by R.E.A.) 3. Zener impedance is derived from the AC voltage divided by the AC current with RMS value of 10% of DC zener test current superimposed on the test current. 4. Consult factory for values and more information. TX, TXV, and S-Level Screening Available Zener & TVS Products 85 60,000 W Transient Voltage Suppressors Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VBR Part Number Nominal Breakdown Voltage1 Test Current All parts are available with ±1% or ±2% Tolerances VBR Clamping Voltage Maximum Reverse Standoff Max Peak2 IT VC @IRSM VRWM IR Maximum Continuous Current Dynamic Impedance3 Temperature Coefficient (Maximum) IRM ZBR@IBRT TC ±10% ±5% V A Volts Amps Volts µA A Ohms %/°C STA60K7.9P STB60K7.9P 7.9 7 14.5 5120 5.6 60000 28 0.07 +0.03 Package STA60 STA60K8.9P STB60K8.9P 8.9 6 15 4800 6.2 48000 30 0.08 +0.03 STA60 STA60K9.8P STA60K9.8P 9.8 6 16 4360 6.8 1600 33 0.09 +0.03 STA60 STA60K10.7P STB60K10.7P 10.7 5 17.5 4000 7.5 800 38 0.10 +0.05 STA60 STA60K11P STB60K11P 11 5 18.5 3720 8.2 800 43 0.11 +0.05 STA60 STA60K12.7P STB60K12.7P 12.7 4 19.5 3480 9.1 800 45 0.11 +0.05 STA60 STA60K13.5P STB60K13.5P 13.5 4 21 3160 10 800 48 0.12 +0.05 STA60 STA60K15P STB60K15P 15 3 23 2720 11 800 48 0.12 +0.05 STA60 STA60K16.7P STB60K16.7P 16.7 3 25 2560 12 800 48 0.13 +0.06 STA60 STA60K18P STB60K18P 18 2.6 27 2280 13 800 50 0.13 +0.06 STA60 STA60K20.2P STB60K20.2P 20.2 2.6 30 2080 15 800 63 0.15 +0.06 STA60 STA60K22.6P STB60K22.6P 22.6 2 33.5 1880 16 800 70 0.16 +0.06 STA60 STA60K24.5P STB60K24.5P 24.5 2 36 1720 18 800 75 0.18 +0.06 STA60 STA60K27.9P STB60K27.9P 27.9 2 40 1560 20 800 95 0.25 +0.06 STA60 STA60K30.5P STB60K30.5P 30.5 1.6 43.5 1400 22 800 125 0.40 +0.06 STA60 STA60K34P STB60K34P 34 1.6 47 1280 24 800 175 0.50 +0.06 STA60 STA60K36P STB60K36P 36 1.2 52 1200 27 800 200 0.60 +0.06 STA60 STA60K39P STB60K39P 39 1.2 55 1080 30 800 175 0.70 +0.06 STA60 STA60K45P STB60K45P 45 1.2 60 1000 33 800 250 1.0 +0.06 STA60 STA60K49P STB60K49P 49 1 65 920 36 800 300 1.2 +0.07 STA60 STA60K51P STB60K51P 51 1 70 840 39 800 350 1.4 +0.07 STA60 STA60K57P STB60K57P 57 0.8 78 760 43 800 450 1.8 +0.07 STA60 STA60K62P STB60K62P 62 0.8 87 680 47 800 500 2.0 +0.07 STA60 STA60K68P STB60K68P 68 0.8 93 640 51 800 550 2.2 +0.08 STA60 STA60K75P STB60K75P 75 0.8 103.3 560 56 800 625 2.5 +0.08 STA60 STA60K79S STB60K79S 79 0.7 145 512 56 6000 5 Note 4 +0.03 STA60 STA60K82P STB60K82P 82 0.6 113.5 520 62 800 750 3.0 +0.08 STA60 STA60K89S STB60K89S 89 0.6 150 480 62 4800 4.6 Note 4 +0.03 STA60 STA60K91P STB60K91P 91 0.6 126.5 480 68 800 1000 4.0 +0.08 STA60 STA60K98S STB60K98S 98 0.6 160 436 68 160 4.08 Note 4 +0.03 STA60 STA60K100P STB60K100P 100 0.6 138.5 440 75 800 1125 4.5 +0.09 STA60 STA60K107S STB60K107S 107 0.5 175 400 75 80 3.8 Note 4 +0.05 STA60 STA60K110S STB60K110S 110 0.5 185 372 82 60 3.44 Note 4 +0.05 STA60 STA60K127S STB60K127S 127 0.4 195 348 91 40 3.08 Note 4 +0.05 STA60 STA60K135S STB60K135S 135 0.4 210 316 100 16 2.8 Note 4 +0.05 STA60 STA60K150S STB60K150S 150 0.3 230 272 110 8 2.4 Note 4 +0.05 STA60 STA60K167S STB60K167S 167 0.3 250 256 120 8 2.2 Note 4 +0.06 STA60 STA60K180S STB60K180S 180 0.26 270 228 130 8 2 Note 4 +0.06 STA60 NOTES: 1. All voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Pulse width (tp) is defined as the time from rated peak pulse current IPP to the point where peak pulse current decayed to 50% of rated IPP. (10ms x 1000ms waveform as defined by R.E.A.) 3. Zener impedance is derived from the AC voltage divided by the AC current with RMS value of 10% of DC zener test current superimposed on the test current. 4. Consult factory for values and more information. 86 Zeners & TVS Products 60,000 W Transient Voltage Suppressors Ratings Based on 25°C Case Temperature (unless otherwise specified) SORTED BY VBR Part Number Nominal Breakdown Voltage1 Test Current All parts are available with ±1% or ±2% Tolerances VBR Clamping Voltage Maximum Reverse Standoff Max Peak2 IT VC @IRSM VRWM IR Maximum Continuous Current Dynamic Impedance3 Temperature Coefficient (Maximum) IRM ZBR@IBRT TC Package ±10% ±5% V A Volts Amps Volts µA A Ohms %/°C STA60K202S STB60K202S 202 0.26 300 208 150 8 1.76 Note 4 +0.06 STA60 STA60K226S STB60K226S 226 0.2 335 188 160 8 1.56 Note 4 +0.06 STA60 STA60K245S STB60K245S 245 0.2 360 172 180 8 1.44 Note 4 +0.06 STA60 STA60K279S STB60K279S 279 0.2 400 156 200 8 1.24 Note 4 +0.06 STA60 STA60K305S STB60K305S 305 0.16 435 140 220 8 1.12 Note 4 +0.06 STA60 STA60K340S STB60K340S 340 0.16 470 128 240 8 1.04 Note 4 +0.06 STA60 STA60K360S STB60K360S 360 0.12 520 120 270 8 0.96 Note 4 +0.06 STA60 STA60K390S STB60K390S 390 0.12 550 108 300 8 0.84 Note 4 +0.06 STA60 STA60K450S STB60K450S 450 0.12 600 100 330 8 0.72 Note 4 +0.07 STA60 STA60K490S STB60K490S 490 0.1 650 92 360 8 0.7 Note 4 +0.07 STA60 STA60K510S STB60K510S 510 0.1 700 84 390 8 0.68 Note 4 +0.07 STA60 STA60K560S STB60K560S 560 0.08 780 76 430 8 0.64 Note 4 +0.07 STA60 STA60K620S STB60K620S 620 0.08 870 68 470 8 0.6 Note 4 +0.08 STA60 STA60K680S STB60K680S 680 0.08 930 64 510 8 0.52 Note 4 +0.08 STA60 STA60K750S STB60K750S 750 0.08 1033 56 560 8 0.48 Note 4 +0.08 STA60 STA60K820S STB60K820S 820 0.06 1135 52 620 8 0.44 Note 4 +0.08 STA60 STA60K910S STB60K910S 910 0.06 1265 48 680 8 0.4 Note 4 +0.08 STA60 STA60K1000S STA60K1000S 1000 0.048 1385 44 750 8 0.36 Note 4 +0.09 STA60 STA60K7.9P - STA60K100P Series STA60K79S - STA60K1000S Series 2x Ø .125” ± .010” 1.375” ± .030” Data Sheet T00008 and T00014 60,000 W TVS Features: ▪▪ 7.9 - 100 volt bidirectional ▪▪ Smaller than Microsemi 60KS200C types ▪▪ Hermetically sealed ▪▪ Meets all environmental requirements of MIL-PRF-19500 ▪▪ Custom configurations available ▪▪ TX and TXV screening available .500” ±.030” 1.500” ±.010” 1.9” MAX Applications: ▪▪ Protection of Voltage Sensitive Components ▪▪ Protection Against Power Interruption ▪▪ Lightning Protection NOTES: 1. All voltages are measured with an automated test using a 35 msec test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. 2. Pulse width (tp) is defined as the time from rated peak pulse current IPP to the point where peak pulse current decayed to 50% of rated IPP. (10ms x 1000ms waveform as defined by R.E.A.) 3. Zener impedance is derived from the AC voltage divided by the AC current with RMS value of 10% of DC zener test current superimposed on the test current. 4. Consult factory for values and more information. Zener & TVS Products 87 120,000 W Transient Voltage Suppressors STM8057 Unidirectional TVS Features: ▪▪ Available voltages from 96 V to 1600 V ▪▪ Custom configurations available ▪▪ Meets all environmental requirements of MIL-PRF-19500 ▪▪ Reverse polarity available ▪▪ 150°C maximum operating and storage temperature ▪▪ TX and TXV level screening available Applications: ▪▪ Voltage sensitive components protection ▪▪ Protection against high power surges ▪▪ Lightning protection Ratings Based on 25°C Case Temperature (unless otherwise specified) Maximum Ratings Peak Pulse Power Dissipation Symbol Value Units PD 120 kW VRWM 800 V Breakdown Voltage (Minimum) VBR 840 V Clamping Voltage IPP VCC 1000 V Peak Current IPP 120 A TOP & TSTG -65 to +150 ˚C Stand Off Voltage Operating & Storage Temperature Symbol Min Max Units Reverse Leakage Current (VWM = 800 V, TA = 25°C, 300 µsec pulse minimum) Electrical Characteristics IR1 - 100 µA Reverse Leakage Current (VWM = 800 V, TA = 0°C, 300 µsec pulse minimum) IR2 - 200 µA Breakdown Voltage (IBR = 15 mA, TA = 25°C, 300 µsec pulse minimum) VBR1 840 - V Breakdown Voltage (IBR = 15 mA, TA = 0°C, 300 µsec pulse minimum) VBR2 810 - V Clamping Voltage (IPP = 120 A(pk), tR = 10 µsec, tP = 1000 µsec) VC - 1000 V(pk) 1.60 CL NOTES: This surface to be flush to +.005" underflush with Plane -A-. See data sheet TVS002 for more information. 88 Zeners & TVS Products CL 1.60 2.34 MAX CL 1.46 #6-32 UNC-2B .23 MIN DEEP BACK SIDE SEE NOTE Ni PLATED COPPER LEADS .040" THK 2 PLACES 2x .400 R.040 TYP 2x .250 2x .25 .60 MAX -A- JANS Certification With the achievement of JANS certification for both SSDI facilities, qualification of products for the the QPL has begun with JANS1N6517, a 5 KV stack junction rectifier. SSDI looks forward to continuing its work with DLA Land and Maritime to qualify more of its current product offerings for JANS certification, the highest quality level assigned by MIL-PRF-19500. Furthermore, SSDI welcomes customer input on other devices to include for JANS certification. The table below lists the products to be qualified for the QPL. Products Planned for QPL Certification (Qualifications in process or scheduled for 2013) Slash Sheet Package Part Numbers Characteristics Product Type /575 /768 /769 /770 TBD /626 /627 /628 Axial Axial, SMS Axial, SMS Axial, SMS Axial, Button Axial, Button Axial, Button Axial, Button 1N6513 - 1N6519 1N7066 - 1N7068 1N8018 - 1N8020 1N8021 - 1N8023 SDR2030UF - SDR2060UF 1N6686 - 1N6687 1N6688 - 1N6689 1N6690 - 1N6693 0.5 - 2.0 A, 2 - 10 KV, 70 ns 10 A, 50 - 150 V, 30 ns 1 A, 100 - 200 V, 9 ns 1 A, 100 - 200 V, 5 ns 20 A, 300 - 600 V, 45 ns 20 A, 100 - 200 V 20 A, 300 - 400 V 20 A, 600 - 1200 V UF Rectifier HF Rectifier HF Soft Recovery Rectifier HF Recovery Rectifier UF Rectifier HF Rectifier HF Rectifier UF Rectifier Future QPL Candidates Slash Sheet Package Part Numbers Characteristics Product Type /304 /477 /478 /586 /550 /590 /616 /608 /617 /642 /643 /645 /646 /647 - DO-4 Axial DO-4 Axial, SM DO-5 Axial, SMS TO-254 TO-254 TO-254 TO-254 TO-254 TO-257 TO-257 TO-257 Axial, SMS 1N3885 - 1N3893 1N5802 - 1N5811 1N5812 - 1N5816 & R 1N5817 - 1N5819 1N6304 - 1N6306 & R 1N6626 - 1N6631 1N6657 - 1N6659 & R 1N6660 1N6672 - 1N6674 & R 1N6762 - 1N6765 & R 1N6766 - 1N6767 & R 1N6772 - 1N6773 & R 1N6774 - 1N6777 1N6778 - 1N6779 SPD9441 12 - 20 A, 100 - 400 V 2.5 - 6.0 A, 50 - 150 V, 25 - 30 ns 20 A, 50 - 150 V, 35 ns 1 A, 20 - 45 V 70 A, 50 - 150 V, 50 ns 4.0 - 2.8 A, 200 - 1000 V, 30 - 60 ns 15 A, 100 - 200 V 15 A, 45 V 15 A, 300 - 500 V 12 A, 50 - 200 V 12 A, 400 - 600 V 8 A, 400 - 600 V 15 A, 50 - 200 V 15 A, 400 - 600 V Radiation Detector Fast Rectifier UF Rectifier UF Rectifier Schottky Rectifier UF Rectifier UF Rectifier UF Rectifier Schottky Rectifier UF Rectifier UF Rectifier UF Rectifier UF Rectifier UF Rectifer Fast Rectifier PIN Diodes Zener & TVS Products 89 Space Qualified Products / Button Tab Products Space Qualified Products The products listed in the tables below have been approved and are being supplied to the space community. These devices have been qualified for space level applications in accordance with SSDI or customer source control drawings. These space qualified products are available with short lead times and samples are available for most of these devices. Contact SSDI at (562) 404-4474 or [email protected] for more information and / or sample requests. Zeners Part Number Industry P/N VZ IZT ZZ IR VR (10%) VR (5%) TC IZM IZSM PD (V) (mA) (Ω) (µA) (V) (V) (%/°C) (mA) (A) (W) Package Data Sheet SZ5B20LS Note 1 20 6.2 25 0.1 Note 1 15 0.086 23 Note 1 0.5 Axial Z00002 SZ5B36LS Note 1 36 3.4 70 0.1 Note 1 27 0.093 13 Note 1 0.5 Axial Z00002 SZ5B5.6LS Note 1 5.6 20 11 5 Note 1 3 0.038 81 Note 1 0.5 Axial Z00002 SZ6B15SMSS-1 1N4962 15 75 1.2 25 11 Note 1 0.05 600 26 5 SMS Z00005 SZN4967S 1N4967 24 50 5 10 18.2 Note 1 0.09 198 6.5 5 Axial Z00010 SZN4970SMSS 1N4970 33 40 10 5 25.1 Note 1 0.095 144 5 5 SMS Z00010 SZN6319SMSS 1N6319 6.2 20 3 10 3.5 Note 1 0.06 68 0.97 0.5 SMS Z00011 SZN6324SMSS 1N6324 10 20 6 1.0 Note 1 8 0.079 43 0.85 0.5 SMS Z00011 Transient Voltage Suppressors Part Number ST1.5KS170SMSS Industry P/N Note 1 VBR VC IPP VRWM IR IFSM TC PD (V) (V) (A) (V) (µA) (A) (%/°C) (W) 187 234 6.4 150 5 150 0.090 1500 Package Data Sheet SMS T00034 NOTES: 1. Consult factory for values and more information. Button Tab Products Zeners ...the power of large, bulky packages at the push of a button. TO-3 Do-5 s_m Button SZL SZM Peak Power 18 W min 50 W min RθJC 2.75˚C/W 1.0˚C/W VR Range Max 7.5 - 510 V 7.5 - 510 V Body Diameter 0.200” max 0.305” max TVS Do-4 s_l Button Features: ▪▪ Replaces DO-4, DO-5, and TO-3 devices ▪▪ High peak power dissipation ▪▪ Hermetically sealed, void-free construction ▪▪ Monolithic single chip construction ▪▪ Low reverse leakage current ▪▪ High surge rating ▪▪ Low thermal resistance ▪▪ Low capacitance ▪▪ Superior cryogenic liquid to liquid shock ▪▪ TX, TXV, and Space level screening available ▪▪ Screening based on MIL-PRF-19500 ▪▪ Screening flows available on request ▪▪ Contact factory for similar products with different ratings 90 Zeners & TVS Products STL Peak Power 5000 W max VR Range Max 7.5 - 510 V Body Diameter 0.200” max *Also available in axial leaded and surface mount square tab (SMS) versions Cross Reference Guide INDUSTRY PART NUMBER SSDI PART NUMBER* SSDI DATA SHEET INDUSTRY PART NUMBER SSDI PART NUMBER* SSDI DATA SHEET 1N3016A-1 SZ1A6.8 Z00003 1N3038A-1 SZ1A56 Z00003 1N3016B-1 SZ1B6.8 Z00003 1N3038B-1 SZ1B56 Z00003 1N3017A-1 SZ1A7.5 Z00003 1N3039A-1 SZ1A62 Z00003 1N3017B-1 SZ1B7.5 Z00003 1N3039B-1 SZ1B62 Z00003 1N3018A-1 SZ1A8.2 Z00003 1N3040A-1 SZ1A68 Z00003 1N3018B-1 SZ1B8.2 Z00003 1N3040B-1 SZ1B68 Z00003 1N3019A-1 SZ1A9.1 Z00003 1N3041A-1 SZ1A75 Z00003 1N3019B-1 SZ1B9.1 Z00003 1N3041B-1 SZ1B75 Z00003 1N3020A-1 SZ1A10 Z00003 1N3042A-1 SZ1A82 Z00003 1N3020B-1 SZ1B10 Z00003 1N3042B-1 SZ1B82 Z00003 1N3021A-1 SZ1A11 Z00003 1N3043A-1 SZ1A91 Z00003 1N3021B-1 SZ1B11 Z00003 1N3043B-1 SZ1B91 Z00003 1N3022A-1 SZ1A12 Z00003 1N3044A-1 SZ1A100 Z00003 1N3022B-1 SZ1B12 Z00003 1N3044B-1 SZ1B100 Z00003 1N3023A-1 SZ1A13 Z00003 1N3506 SZ25B3.3 Z00001 1N3023B-1 SZ1B13 Z00003 1N3507 SZ25B3.6 Z00001 1N3024A-1 SZ1A15 Z00003 1N3508 SZ25B3.9 Z00001 1N3024B-1 SZ1B15 Z00003 1N3509 SZ25B4.3 Z00001 1N3025A-1 SZ1A16 Z00003 1N3510 SZ25B4.7 Z00001 1N3025B-1 SZ1B16 Z00003 1N3511 SZ25B5.1 Z00001 1N3026A-1 SZ1A18 Z00003 1N3512 SZ25B5.6 Z00001 1N3026B-1 SZ1B18 Z00003 1N3513 SZ25B6.2 Z00001 1N3027A-1 SZ1A20 Z00003 1N3514 SZ25B6.8 Z00001 1N3027B-1 SZ1B20 Z00003 1N3515 SZ25B7.5 Z00001 1N3028A-1 SZ1A22 Z00003 1N3516 SZ25B8.2 Z00001 1N3028B-1 SZ1B22 Z00003 1N3517 SZ25B9.1 Z00001 1N3029A-1 SZ1A24 Z00003 1N3518 SZ25B10 Z00001 1N3029B-1 SZ1B24 Z00003 1N3519 SZ25B11 Z00001 1N3030A-1 SZ1A27 Z00003 1N3520 SZ25B12 Z00001 1N3030B-1 SZ1B27 Z00003 1N3521 SZ25B13 Z00001 1N3031A-1 SZ1A30 Z00003 1N3522 SZ25B15 Z00001 1N3031B-1 SZ1B30 Z00003 1N3523 SZ25B16 Z00001 1N3032A-1 SZ1A33 Z00003 1N3524 SZ25B18 Z00001 1N3032B-1 SZ1B33 Z00003 1N3525 SZ25B20 Z00001 1N3033A-1 SZ1A36 Z00003 1N3526 SZ25B22 Z00001 1N3033B-1 SZ1B36 Z00003 1N3527 SZ25B24 Z00001 1N3034A-1 SZ1A39 Z00003 1N3528 SZ25B27 Z00001 1N3034B-1 SZ1B39 Z00003 1N3529 SZ25B30 Z00001 1N3035A-1 SZ1A43 Z00003 1N3530 SZ25B33 Z00001 1N3035B-1 SZ1B43 Z00003 1N3531 SZ25B36 Z00001 1N3036A-1 SZ1A47 Z00003 1N3532 SZ25B39 Z00001 1N3036B-1 SZ1B47 Z00003 1N3533 SZ25B43 Z00001 1N3037A-1 SZ1A51 Z00003 1N3821-1 SZ1A3.3 Z00003 1N3037B-1 SZ1B51 Z00003 1N3821A-1 SZ1B3.3 Z00003 *Our recommended replacement may or may not have the exact same electrical ratings as the industry part number. Please refer to our data sheet or consult factory for more information. Zener & TVS Products 91 Cross Reference Guide INDUSTRY PART NUMBER SSDI PART NUMBER* SSDI DATA SHEET INDUSTRY PART NUMBER SSDI PART NUMBER* SSDI DATA SHEET 1N3822-1 SZ1A3.6 Z00003 1N4121-1 SZ5B33 Z00002 1N3822A-1 SZ1B3.6 Z00003 1N4122-1 SZ5B36 Z00002 1N3823-1 SZ1A3.9 Z00003 1N4123-1 SZ5B39 Z00002 1N3823A-1 SZ1B3.9 Z00003 1N4124-1 SZ5B43 Z00002 1N3824-1 SZ1A4.3 Z00003 1N4125-1 SZ5B47 Z00002 1N3824A-1 SZ1B4.3 Z00003 1N4126-1 SZ5B51 Z00002 1N3825-1 SZ1A4.7 Z00003 1N4127-1 SZ5B56 Z00002 1N3825A-1 SZ1B4.7 Z00003 1N4128-1 SZ5B60 Z00002 1N3826-1 SZ1A5.1 Z00003 1N4129-1 SZ5B62 Z00002 1N3826A-1 SZ1B5.1 Z00003 1N4130-1 SZ5B68 Z00002 1N3827-1 SZ1A5.6 Z00003 1N4131-1 SZ5B75 Z00002 1N3827A-1 SZ1B5.6 Z00003 1N4132-1 SZ5B82 Z00002 1N3828-1 SZ1A6.2 Z00003 1N4133-1 SZ5B87 Z00002 1N3828A-1 SZ1B6.2 Z00003 1N4134-1 SZ5B91 Z00002 1N3829-1 SZ1B6.8SM Z00003 1N4135-1 SZ5B100 Z00002 1N3829A-1 SZ1B6.8SM Z00003 1N4370-1 SZ5A2.4 Z00002 1N3830-1 SZ1A7.5SM Z00003 1N4370A-1 SZ5B2.4 Z00002 1N3830A-1 SZ1B7.5SM Z00003 1N4371-1 SZ5A2.7 Z00002 1N4097A SZ3A100 Z00004 1N4371A-1 SZ5B2.7 Z00002 1N4097B SZ3B100 Z00004 1N4372-1 SZ5A3 Z00002 1N4098A SZ3A150 Z00004 1N4372-A-1 SZ5B3 Z00002 1N4098B SZ3B150 Z00004 1N4460 SZ1B6.2SMS, SZN4460 Z00003, Z00008 1N4099-1 SZ5B6.8 Z00002 1N4461 SZ1B6.8SMS, SZN4461 Z00003, Z00008 1N4100-1 SZ5B7.5 Z00002 1N4462 SZ1B7.5SMS, SZN4462 Z00003, Z00008 1N4101-1 SZ5B8.2 Z00002 1N4463 SZ1B8.2SMS, SZN4463 Z00003, Z00008 1N4102-1 SZ5B8.7 Z00002 1N4464 SZ1B9.1SMS, SZN4464 Z00003, Z00008 1N4103-1 SZ5B9.1 Z00002 1N4465 SZ1B10SMS,SZN4465 Z00003, Z00008 1N4104-1 SZ5B10 Z00002 1N4466 SZ1B11SMS,SZN4466 Z00003, Z00008 1N4105-1 SZ5B11 Z00002 1N4467 SZ1B12SMS, SZN4467 Z00003, Z00008 1N4106-1 SZ5B12 Z00002 1N4468 SZ1B13SMS, SZN4468 Z00003, Z00008 1N4107-1 SZ5B13 Z00002 1N4469 SZ1B15SMS, SZN4469 Z00003, Z00008 1N4108-1 SZ5B14 Z00002 1N4470 SZ1B16SMS, SZN4470 Z00003, Z00008 1N4109-1 SZ5B15 Z00002 1N4471 SZ1B18SMS, SZN4471 Z00003, Z00008 1N4110-1 SZ5B16 Z00002 1N4472 SZ1B20SMS, SZN4472 Z00003, Z00008 1N4111-1 SZ5B17 Z00002 1N4473 SZ1B22SMS, SZN4473 Z00003, Z00008 1N4112-1 SZ5B18 Z00002 1N4474 SZ1B24SMS, SZN4474 Z00003, Z00008 1N4113-1 SZ5B19 Z00002 1N4475 SZ1B27SMS, SZN4475 Z00003, Z00008 1N4114-1 SZ5B20 Z00002 1N4476 SZ1B30SMS, SZN4476 Z00003, Z00008 1N4115-1 SZ5B22 Z00002 1N4477 SZ1B33SMS, SZN4477 Z00003, Z00008 1N4116-1 SZ5B24 Z00002 1N4478 SZ1B36SMS, SZN4478 Z00003, Z00008 1N4117-1 SZ5B25 Z00002 1N4479 SZ1B39SMS, SZN4479 Z00003, Z00008 1N4118-1 SZ5B27 Z00002 1N4480 SZ1B43SMS, SZN4480 Z00003, Z00008 1N4119-1 SZ5B28 Z00002 1N4481 SZ1B47SMS, SZN4481 Z00003, Z00008 1N4120-1 SZ5B30 Z00002 1N4482 SZ1B51SMS, SZN4482 Z00003, Z00008 *Our recommended replacement may or may not have the exact same electrical ratings as the industry part number. Please refer to our data sheet or consult factory for more information. 92 Zeners & TVS Products Cross Reference Guide INDUSTRY PART NUMBER SSDI PART NUMBER* SSDI DATA SHEET INDUSTRY PART NUMBER SSDI PART NUMBER* SSDI DATA SHEET 1N4483 SZ1B56SMS, SZN4483 Z00003, Z00008 1N4689-1 SZ5B5.1 Z00002 1N4484 SZ1B62SMS, SZN4484 Z00003, Z00008 1N4690-1 SZ5B5.6 Z00002 1N4485 SZ1B68SMS, SZN4485 Z00003, Z00008 1N4691-1 SZ5B6.2 Z00002 1N4486 SZ1B75SMS, SZN4486 Z00003, Z00008 1N4692-1 SZ5B6.8 Z00002 1N4487 SZ1B82SMS, SZN4487 Z00003, Z00008 1N4693-1 SZ5B7.5 Z00002 1N4488 SZ1B91SMS, SZN4488 Z00003, Z00008 1N4694-1 SZ5B8.2 Z00002 1N4489 SZ1B100SMS, SZN4489 Z00003, Z00008 1N4695-1 SZ5B8.7 Z00002 1N4490 SZN4490 Z00008 1N4696-1 SZ5B9.1 Z00002 1N4491 SZN4491 Z00008 1N4697-1 SZ5B10 Z00002 1N4492 SZN4492 Z00008 1N4698-1 SZ5B11 Z00002 1N4493 SZN4493 Z00008 1N4699-1 SZ5B12 Z00002 1N4494 SZN4494 Z00008 1N4700-1 SZ5B13 Z00002 1N4495 SZN4495 Z00008 1N4701-1 SZ5B14 Z00002 1N4496 SZN4496 Z00008 1N4702-1 SZ5B15 Z00002 1N4617 SZ5B2.4 Z00002 1N4703-1 SZ5B16 Z00002 1N4617-1 SZ5B2.4 Z00002 1N4704-1 SZ5B17 Z00002 1N4618 SZ5B2.7 Z00002 1N4705-1 SZ5B18 Z00002 1N4618-1 SZ5B2.7 Z00002 1N4706-1 SZ5B19 Z00002 1N4619 SZ5B3 Z00002 1N4707-1 SZ5B20 Z00002 1N4619-1 SZ5B3 Z00002 1N4708-1 SZ5B22 Z00002 1N4620 SZ5B3.3 Z00002 1N4709-1 SZ5B24 Z00002 1N4620-1 SZ5B3.3 Z00002 1N4710-1 SZ5B25 Z00002 1N4621 SZ5B3.6 Z00002 1N4711-1 SZ5B27 Z00002 1N4621-1 SZ5B3.6 Z00002 1N4712-1 SZ5B28 Z00002 1N4622 SZ5B3.9 Z00002 1N4713-1 SZ5B30 Z00002 1N4622-1 SZ5B3.9 Z00002 1N4714-1 SZ5B33 Z00002 1N4623 SZ5B4.3 Z00002 1N4715-1 SZ5B36 Z00002 1N4623-1 SZ5B4.3 Z00002 1N4716-1 SZ5B39 Z00002 1N4624 SZ5B4.7 Z00002 1N4717-1 SZ5B43 Z00002 1N4624-1 SZ5B4.7 Z00002 1N4883A SZ3A12 Z00004 1N4625 SZ5B5.1 Z00002 1N4883B SZ3B12 Z00004 1N4625-1 SZ5B5.1 Z00002 1N4884A SZ3A20 Z00004 1N4626 SZ5B5.6 Z00002 1N4884B SZ3B20 Z00004 1N4626-1 SZ5B5.6 Z00002 1N4954 SZN4954 Z00010 1N4627 SZ5B6.2 Z00002 1N4955 SZN4955 Z00010 1N4627-1 SZ5B6.2 Z00002 1N4956 SZN4956 Z00010 1N4681-1 SZ5B2.4 Z00002 1N4957 SZN4957 Z00010 1N4682-1 SZ5B2.7 Z00002 1N4958 SZN4958 Z00010 1N4683-1 SZ5B3 Z00002 1N4959 SZN4959 Z00010 1N4684-1 SZ5B3.3 Z00002 1N4960 SZN4960 Z00010 1N4685-1 SZ5B3.6 Z00002 1N4961 SZN4961 Z00010 1N4686-1 SZ5B3.9 Z00002 1N4962 SZN4962 Z00010 1N4687-1 SZ5B4.3 Z00002 1N4963 SZN4963 Z00010 1N4688-1 SZ5B4.7 Z00002 1N4964 SZN4964 Z00010 *Our recommended replacement may or may not have the exact same electrical ratings as the industry part number. Please refer to our data sheet or consult factory for more information. Zener & TVS Products 93 Cross Reference Guide INDUSTRY PART NUMBER SSDI PART NUMBER* SSDI DATA SHEET INDUSTRY PART NUMBER SSDI PART NUMBER* SSDI DATA SHEET 1N4965 SZN4965 Z00010 1N5075 SZN5075 Z00009 1N4966 SZN4966 Z00010 1N5076 SZN5076 Z00009 1N4967 SZN4967 Z00010 1N5077 SZN5077 Z00009 1N4968 SZN4968 Z00010 1N5078 SZN5078 Z00009 1N4969 SZN4969 Z00010 1N5079 SZN5079 Z00009 1N4970 SZN4970 Z00010 1N5080 SZN5080 Z00009 1N4971 SZN4971 Z00010 1N5081 SZN5081 Z00009 1N4972 SZN4972 Z00010 1N5082 SZN5082 Z00009 1N4973 SZN4973 Z00010 1N5083 SZN5083 Z00009 1N4974 SZN4974 Z00010 1N5084 SZN5084 Z00009 1N4975 SZN4975 Z00010 1N5085 SZN5085 Z00009 1N4976 SZN4976 Z00010 1N5086 SZN5086 Z00009 1N4977 SZN4977 Z00010 1N5087 SZN5087 Z00009 1N4978 SZN4978 Z00010 1N5088 SZN5088 Z00009 1N4979 SZN4979 Z00010 1N5089 SZN5089 Z00009 1N4980 SZN4980 Z00010 1N5090 SZN5090 Z00009 1N4981 SZN4981 Z00010 1N5091 SZN5091 Z00009 1N4982 SZN4982 Z00010 1N5092 SZN5092 Z00009 1N4983 SZN4983 Z00010 1N5093 SZN5093 Z00009 1N4984 SZN4984 Z00010 1N5094 SZN5094 Z00009 1N4985 SZN4985 Z00010 1N5095 SZN5095 Z00009 1N4986 SZN4986 Z00010 1N5096 SZN5096 Z00009 1N4987 SZN4987 Z00010 1N5097 SZN5097 Z00009 1N4988 SZN4988 Z00010 1N5098 SZN5098 Z00009 1N4989 SZN4989 Z00010 1N5099 SZN5099 Z00009 1N4990 SZN4990 Z00010 1N5100 SZN5100 Z00009 1N4991 SZN4991 Z00010 1N5101 SZN5101 Z00009 1N4992 SZN4992 Z00010 1N5102 SZN5102 Z00009 1N4993 SZN4993 Z00010 1N5103 SZN5103 Z00009 1N4994 SZN4994 Z00010 1N5104 SZN5104 Z00009 1N4995 SZN4995 Z00010 1N5105 SZN5105 Z00009 1N4996 SZN4996 Z00010 1N5106 SZN5106 Z00009 1N5063 SZN5063 Z00009 1N5107 SZN5107 Z00009 1N5064 SZN5064 Z00009 1N5108 SZN5108 Z00009 1N5065 SZN5065 Z00009 1N5109 SZN5109 Z00009 1N5066 SZN5066 Z00009 1N5110 SZN5110 Z00009 1N5067 SZN5067 Z00009 1N5111 SZN5111 Z00009 1N5068 SZN5068 Z00009 1N5112 SZN5112 Z00009 1N5069 SZN5069 Z00009 1N5113 SZN5113 Z00009 1N5070 SZN5070 Z00009 1N5114 SZN5114 Z00009 1N5071 SZN5071 Z00009 1N5115 SZN5115 Z00009 1N5072 SZN5072 Z00009 1N5116 SZN5116 Z00009 1N5073 SZN5073 Z00009 1N5117 SZN5117 Z00009 1N5074 SZN5074 Z00009 1N5518-1 SZ5B3.3 Z00002 *Our recommended replacement may or may not have the exact same electrical ratings as the industry part number. Please refer to our data sheet or consult factory for more information. 94 Zeners & TVS Products Cross Reference Guide INDUSTRY PART NUMBER SSDI PART NUMBER* SSDI DATA SHEET INDUSTRY PART NUMBER SSDI PART NUMBER* SSDI DATA SHEET 1N5519-1 SZ5B3.6 Z00002 1N5929 SZN5929 Z00012 1N5520-1 SZ5B3.9 Z00002 1N5930 SZN5930 Z00012 1N5521-1 SZ5B4.3 Z00002 1N5931 SZN5931 Z00012 1N5522-1 SZ5B4.7 Z00002 1N5931 SZN5931 Z00012 1N5523-1 SZ5B5.1 Z00002 1N5932 SZN5932 Z00012 1N5524-1 SZ5B5.6 Z00002 1N5933 SZN5933 Z00012 1N5525-1 SZ5B6.2 Z00002 1N5934 SZN5934 Z00012 1N5526-1 SZ5B6.8 Z00002 1N5935 SZN5935 Z00012 1N5527-1 SZ5B7.5 Z00002 1N5936 SZN5936 Z00012 1N5528-1 SZ5B8.2 Z00002 1N5937 SZN5937 Z00012 1N5529-1 SZ5B9.1 Z00002 1N5938 SZN5938 Z00012 1N5530-1 SZ5B10 Z00002 1N5939 SZN5939 Z00012 1N5531-1 SZ5B11 Z00002 1N5940 SZN5940 Z00012 1N5532-1 SZ5B12 Z00002 1N5941 SZN5941 Z00012 1N5533-1 SZ5B13 Z00002 1N5942 SZN5942 Z00012 1N5534-1 SZ5B14 Z00002 1N5943 SZN5943 Z00012 1N5535-1 SZ5B15 Z00002 1N5944 SZN5944 Z00012 1N5536-1 SZ5B16 Z00002 1N5945 SZN5945 Z00012 1N5537-1 SZ5B17 Z00002 1N5946 SZN5946 Z00012 1N5538-1 SZ5B18 Z00002 1N5947 SZN5947 Z00012 1N5539-1 SZ5B19 Z00002 1N5948 SZN5948 Z00012 1N5540-1 SZ5B20 Z00002 1N5949 SZN5949 Z00012 1N5541-1 SZ5B22 Z00002 1N5950 SZN5950 Z00012 1N5542-1 SZ5B24 Z00002 1N5951 SZN5951 Z00012 1N5543-1 SZ5B25 Z00002 1N5952 SZN5952 Z00012 1N5544-1 SZ5B28 Z00002 1N5953 SZN5953 Z00012 1N5545-1 SZ5B30 Z00002 1N5954 SZN5954 Z00012 1N5546-1 SZ5B33 Z00002 1N5955 SZN5955 Z00012 1N5913 SZN5913 Z00012 1N5956 SZN5956 Z00012 1N5914 SZN5914 Z00012 1N6309 SZ5B2.4, SZN6309 Z00002, Z00011 1N5915 SZN5915 Z00012 1N6310 SZ5B2.7, SZN6310 Z00002, Z00011 1N5916 SZN5916 Z00012 1N6311 SZ5B3, SZN6311 Z00002, Z00011 1N5917 SZN5917 Z00012 1N6312 SZ5B3.3, SZN6312 Z00002, Z00011 1N5918 SZN5918 Z00012 1N6313 SZ5B3.6, SZN6313 Z00002, Z00011 1N5919 SZN5919 Z00012 1N6314 SZ5B3.9, SZN6314 Z00002, Z00011 1N5920 SZN5920 Z00012 1N6315 SZ5B4.3, SZN6315 Z00002, Z00011 1N5921 SZN5921 Z00012 1N6316 SZ5B4.7, SZN6316 Z00002, Z00011 1N5922 SZN5922 Z00012 1N6317 SZ5B5.1, SZN6317 Z00002, Z00011 1N5923 SZN5923 Z00012 1N6318 SZ5B5.6, SZN6318 Z00002, Z00011 1N5924 SZN5924 Z00012 1N6319 SZ5B6.2, SZN6319 Z00002, Z00011 1N5925 SZN5925 Z00012 1N6320 SZ5B6.8, SZN6320 Z00002, Z00011 1N5926 SZN5926 Z00012 1N6321 SZ5B7.5, SZN6321 Z00002, Z00011 1N5927 SZN5927 Z00012 1N6322 SZ5B8.2, SZN6322 Z00002, Z00011 1N5928 SZN5928 Z00012 1N6323 SZ5B9.1, SZN6323 Z00002, Z00011 *Our recommended replacement may or may not have the exact same electrical ratings as the industry part number. Please refer to our data sheet or consult factory for more information. Zener & TVS Products 95 Cross Reference Guide INDUSTRY PART NUMBER SSDI PART NUMBER* SSDI DATA SHEET INDUSTRY PART NUMBER SSDI PART NUMBER* SSDI DATA SHEET 1N6324 SZ5B10, SZN6324 1N6325 SZ5B11, SZN6325 Z00002, Z00011 1N747A-1 SZ5B3.6 Z00002 Z00002, Z00011 1N747AUR-1 SZ5B3.6 Z00002 1N6326 1N6327 SZ5B12, SZN6326 Z00002, Z00011 1N747UR-1 SZ5A3.6 Z00002 SZ5B13, SZN6327 Z00002, Z00011 1N748-1 SZ5A3.9 Z00002 1N6328 SZ5B15, SZN6328 Z00002, Z00011 1N748A-1 SZ5B3.9 Z00002 1N6329 SZ5B16, SZN6329 Z00002, Z00011 1N748AUR-1 SZ5B3.9 Z00002 1N6330 SZ5B18, SZN6330 Z00002, Z00011 1N748UR-1 SZ5A3.9 Z00002 1N6331 SZ5B20, SZN6331 Z00002, Z00011 1N749-1 SZ5A4.3 Z00002 1N6332 SZ5B22, SZN6332 Z00002, Z00011 1N749A-1 SZ5B4.3 Z00002 1N6333 SZ5B24, SZN6333 Z00002, Z00011 1N749AUR-1 SZ5B4.3 Z00002 1N6334 SZ5B27, SZN6334 Z00002, Z00011 1N749UR-1 SZ5A4.3 Z00002 1N6335 SZ5B30, SZN6335 Z00002, Z00011 1N750-1 SZ5A4.7 Z00002 1N6336 SZ5B33, SZN6336 Z00002, Z00011 1N750A-1 SZ5B4.7 Z00002 1N6337 SZ5B36, SZN6337 Z00002, Z00011 1N750AUR-1 SZ5B4.7 Z00002 1N6338 SZ5B39, SZN6338 Z00002, Z00011 1N750UR-1 SZ5A4.7 Z00002 1N6339 SZ5B43, SZN6339 Z00002, Z00011 1N751-1 SZ5A5.1 Z00002 1N6340 SZ5B47, SZN6340 Z00002, Z00011 1N751A-1 SZ5B5.1 Z00002 1N6341 SZ5B51, SZN6341 Z00002, Z00011 1N751AUR-1 SZ5B5.1 Z00002 1N6342 SZ5B56, SZN6342 Z00002, Z00011 1N751UR-1 SZ5A5.1 Z00002 1N6343 SZ5B62, SZN6343 Z00002, Z00011 1N752-1 SZ5A5.6 Z00002 1N6344 SZ5B68, SZN6344 Z00002, Z00011 1N752A-1 SZ5B5.6 Z00002 1N6345 SZ5B75, SZN6345 Z00002, Z00011 1N752AUR-1 SZ5B5.6 Z00002 1N6346 SZ5B82, SZN6346 Z00002, Z00011 1N752UR-1 SZ5A5.6 Z00002 1N6347 SZ5B91, SZN6347 Z00002, Z00011 1N753-1 SZ5A6.2 Z00002 1N6348 SZ5B100, SZN6348 Z00002, Z00011 1N753A-1 SZ5B6.2 Z00002 1N6349 SZ5B110, SZN6349 Z00002, Z00011 1N753AUR-1 SZ5B6.2 Z00002 1N6350 SZ5B120, SZN6350 Z00002, Z00011 1N753UR-1 SZ5A6.2 Z00002 1N6351 SZ5B130, SZN6351 Z00002, Z00011 1N754-1 SZ5A6.8 Z00002 1N6352 SZ5B150, SZN6352 Z00002, Z00011 1N754A-1 SZ5B6.8 Z00002 1N6353 SZ5B160, SZN6353 Z00002, Z00011 1N754AUR-1 SZ5B6.8 Z00002 1N6354 SZ5B180, SZN6354 Z00002, Z00011 1N754UR-1 SZ5A6.8 Z00002 1N6355 SZ5B200, SZN6355 Z00002, Z00011 1N755-1 SZ5A7.5 Z00002 1N6485 SZ1B3.3SMS, SZN6485 Z00003,Z00008 1N755A-1 SZ5B7.5 Z00002 1N6486 SZ1B3.6SMS, SZN6486 Z00003,Z00008 1N755AUR-1 SZ5B7.5 Z00002 1N6487 SZ1B3.9SMS, SZN6487 Z00003,Z00008 1N755UR-1 SZ5A7.5 Z00002 1N6488 SZ1B4.3SMS, SZN6488 Z00003,Z00008 1N756-1 SZ5A8.2 Z00002 1N6489 SZ1B4.7SMS, SZN6489 Z00003,Z00008 1N756A-1 SZ5B8.2 Z00002 1N6490 SZ1B5.1SMS, SZN6490 Z00003,Z00008 1N756AUR-1 SZ5B8.2 Z00002 1N6491 SZ1B5.6SMS, SZN6491 Z00003,Z00008 1N756UR-1 SZ5A8.2 Z00002 1N746-1 SZ5A3.3 Z00002 1N757-1 SZ5A9.1 Z00002 1N746A-1 SZ5B3.3 Z00002 1N757A-1 SZ5B9.1 Z00002 1N746AUR-1 SZ5B3.3 Z00002 1N757AUR-1 SZ5B9.1 Z00002 1N746UR-1 SZ5A3.3 Z00002 1N757UR-1 SZ5A9.1 Z00002 1N747-1 SZ5A3.6 Z00002 1N758-1 SZ5A10 Z00002 *Our recommended replacement may or may not have the exact same electrical ratings as the industry part number. Please refer to our data sheet or consult factory for more information. 96 Zeners & TVS Products Cross Reference Guide INDUSTRY PART NUMBER SSDI PART NUMBER* SSDI DATA SHEET INDUSTRY PART NUMBER SSDI PART NUMBER* SSDI DATA SHEET 1N758A-1 SZ5B10 Z00002 1N968BUR-1 SZ5B20 Z00002 1N758AUR-1 SZ5B10 Z00002 1N969A-1 SZ5A22 Z00002 1N758UR-1 SZ5A10 Z00002 1N969AUR-1 SZ5A22 Z00002 1N759-1 SZ5A12 Z00002 1N969B-1 SZ5B22 Z00002 1N759A-1 SZ5B12 Z00002 1N969BUR-1 SZ5B22 Z00002 1N759AUR-1 SZ5B12 Z00002 1N970A-1 SZ5A24 Z00002 1N759UR-1 SZ5A12 Z00002 1N970AUR-1 SZ5A24 Z00002 1N957A-1 SZ5A6.8 Z00002 1N970B-1 SZ5B24 Z00002 1N957B-1 SZ5B6.8 Z00002 1N970BUR-1 SZ5B24 Z00002 1N958A-1 SZ5A7.5 Z00002 1N971A-1 SZ5A27 Z00002 1N958B-1 SZ5B7.5 Z00002 1N971AUR-1 SZ5A27 Z00002 1N959A-1 SZ5A8.2 Z00002 1N971B-1 SZ5B27 Z00002 1N959B-1 SZ5B8.2 Z00002 1N971BUR-1 SZ5B27 Z00002 1N960A-1 SZ5A9.1 Z00002 1N972A-1 SZ5A30 Z00002 1N960B-1 SZ5B9.1 Z00002 1N972AUR-1 SZ5A30 Z00002 1N961A-1 SZ5A10 Z00002 1N972B-1 SZ5B30 Z00002 1N961B-1 SZ5B10 Z00002 1N972BUR-1 SZ5B30 Z00002 1N962A-1 SZ5A11 Z00002 1N973A-1 SZ5A33 Z00002 1N962AUR-1 SZ5A11 Z00002 1N973AUR-1 SZ5A33 Z00002 1N962B-1 SZ5B11 Z00002 1N973B-1 SZ5B33 Z00002 1N962BUR-1 SZ5B11 Z00002 1N973BUR-1 SZ5B33 Z00002 1N963A-1 SZ5A12 Z00002 1N974A-1 SZ5A36 Z00002 1N963AUR-1 SZ5A12 Z00002 1N974AUR-1 SZ5A36 Z00002 1N963B-1 SZ5B12 Z00002 1N974B-1 SZ5B36 Z00002 1N963BUR-1 SZ5B12 Z00002 1N974BUR-1 SZ5B36 Z00002 1N964A-1 SZ5A13 Z00002 1N975A-1 SZ5A39 Z00002 1N964AUR-1 SZ5A13 Z00002 1N975AUR-1 SZ5A39 Z00002 1N964B-1 SZ5B13 Z00002 1N975B-1 SZ5B39 Z00002 1N964BUR-1 SZ5B13 Z00002 1N975BUR-1 SZ5B39 Z00002 1N965A-1 SZ5A15 Z00002 1N976A-1 SZ5A43 Z00002 1N965AUR-1 SZ5A15 Z00002 1N976AUR-1 SZ5A43 Z00002 1N965B-1 SZ5B15 Z00002 1N976B-1 SZ5B43 Z00002 1N965BUR-1 SZ5B15 Z00002 1N976BUR-1 SZ5B43 Z00002 1N966A-1 SZ5A16 Z00002 1N977A-1 SZ5A47 Z00002 1N966AUR-1 SZ5A16 Z00002 1N977AUR-1 SZ5A47 Z00002 1N966B-1 SZ5B16 Z00002 1N977B-1 SZ5B47 Z00002 1N966BUR-1 SZ5B16 Z00002 1N977BUR-1 SZ5B47 Z00002 1N967A-1 SZ5A18 Z00002 1N978A-1 SZ5A51 Z00002 1N967AUR-1 SZ5A18 Z00002 1N978AUR-1 SZ5A51 Z00002 1N967B-1 SZ5B18 Z00002 1N978B-1 SZ5B51 Z00002 1N967BUR-1 SZ5B18 Z00002 1N978BUR-1 SZ5B51 Z00002 1N968A-1 SZ5A20 Z00002 1N979A-1 SZ5A56 Z00002 1N968AUR-1 SZ5A20 Z00002 1N979AUR-1 SZ5A56 Z00002 1N968B-1 SZ5B20 Z00002 1N979B-1 SZ5B56 Z00002 *Our recommended replacement may or may not have the exact same electrical ratings as the industry part number. Please refer to our data sheet or consult factory for more information. Zener & TVS Products 97 Cross Reference Guide INDUSTRY PART NUMBER SSDI PART NUMBER* SSDI DATA SHEET INDUSTRY PART NUMBER 1N979BUR-1 SZ5B56 Z00002 1N980A-1 SZ5A62 Z00002 1N980AUR-1 SZ5A62 1N980B-1 SZ5B62 1N980BUR-1 1N981A-1 1N981AUR-1 1N981B-1 SSDI PART NUMBER* SSDI DATA SHEET 1N990BUR-1 SZ5B160 Z00002 1N991A-1 SZ5A180 Z00002 Z00002 1N991AUR-1 SZ5A180 Z00002 Z00002 1N991B-1 SZ5B180 Z00002 SZ5B62 Z00002 1N991BUR-1 SZ5B180 Z00002 SZ5A68 Z00002 1N992A-1 SZ5A200 Z00002 SZ5A68 Z00002 1N992AUR-1 SZ5A200 Z00002 SZ5B68 Z00002 1N992B-1 SZ5B200 Z00002 1N981BUR-1 SZ5B68 Z00002 1N992BUR-1 SZ5B200 Z00002 1N982A-1 SZ5A75 Z00002 UZ4111 SZ4111 Consult Factory 1N982AUR-1 SZ5A75 Z00002 UZ4112 SZ4112 Consult Factory 1N982B-1 SZ5B75 Z00002 UZ4113 SZ4113 Consult Factory 1N982BUR-1 SZ5B75 Z00002 UZ4115 SZ4115 Consult Factory 1N983A-1 SZ5A82 Z00002 UZ4116 SZ4116 Consult Factory 1N983AUR-1 SZ5A82 Z00002 UZ4118 SZ4118 Consult Factory 1N983B-1 SZ5B82 Z00002 UZ4120 SZ4120 Consult Factory 1N983BUR-1 SZ5B82 Z00002 UZ4706 SZ4706 Consult Factory 1N984A-1 SZ5A91 Z00002 UZ4707 SZ4707 Consult Factory 1N984AUR-1 SZ5A91 Z00002 UZ4708 SZ4708 Consult Factory 1N984B-1 SZ5B91 Z00002 UZ4709 SZ4709 Consult Factory 1N984BUR-1 SZ5B91 Z00002 UZ4710 SZ4710 Consult Factory 1N985A-1 SZ5A100 Z00002 UZ4712 SZ4712 Consult Factory 1N985AUR-1 SZ5A100 Z00002 UZ4713 SZ4713 Consult Factory 1N985B-1 SZ5B100 Z00002 UZ4715 SZ4715 Consult Factory 1N985BUR-1 SZ5B100 Z00002 UZ4716 SZ4716 Consult Factory 1N986A-1 SZ5A110 Z00002 UZ4718 SZ4718 Consult Factory 1N986AUR-1 SZ5A110 Z00002 UZ4720 SZ4720 Consult Factory 1N986B-1 SZ5B110 Z00002 UZ4722 SZ4722 Consult Factory 1N986BUR-1 SZ5B110 Z00002 UZ4724 SZ4724 Consult Factory 1N987A-1 SZ5A120 Z00002 UZ4727 SZ4727 Consult Factory 1N987AUR-1 SZ5A120 Z00002 UZ4730 SZ4730 Consult Factory 1N987B-1 SZ5B120 Z00002 UZ4733 SZ4733 Consult Factory 1N987BUR-1 SZ5B120 Z00002 UZ4736 SZ4736 Consult Factory 1N988A-1 SZ5A130 Z00002 UZ4739 SZ4739 Consult Factory 1N988AUR-1 SZ5A130 Z00002 UZ4743 SZ4743 Consult Factory 1N988B-1 SZ5B130 Z00002 UZ4747 SZ4747 Consult Factory 1N988BUR-1 SZ5B130 Z00002 UZ4751 SZ4751 Consult Factory 1N989A-1 SZ5A150 Z00002 UZ4756 SZ4756 Consult Factory 1N989AUR-1 SZ5A150 Z00002 UZ4762 SZ4762 Consult Factory 1N989B-1 SZ5B150 Z00002 UZ4768 SZ4768 Consult Factory 1N989BUR-1 SZ5B150 Z00002 UZ4775 SZ4775 Consult Factory 1N990A-1 SZ5A160 Z00002 UZ4782 SZ4782 Consult Factory 1N990AUR-1 SZ5A160 Z00002 UZ4791 SZ4791 Consult Factory 1N990B-1 SZ5B160 Z00002 UZ5110 SZ5110 Z00007 *Our recommended replacement may or may not have the exact same electrical ratings as the industry part number. Please refer to our data sheet or consult factory for more information. 98 Zeners & TVS Products Cross Reference Guide INDUSTRY PART NUMBER SSDI PART NUMBER* SSDI DATA SHEET INDUSTRY PART NUMBER SSDI PART NUMBER* SSDI DATA SHEET UZ5111 SZ5111 Z00007 UZ5736 SZ5736 Z00007 UZ5112 SZ5112 Z00007 UZ5740 SZ5740 Z00007 UZ5113 SZ5113 Z00007 UZ5745 SZ5745 Z00007 UZ5114 SZ5114 Z00007 UZ5750 SZ5750 Z00007 UZ5115 SZ5115 Z00007 UZ5756 SZ5756 Z00007 UZ5116 SZ5116 Z00007 UZ5760 SZ5760 Z00007 UZ5117 SZ5117 Z00007 UZ5770 SZ5770 Z00007 UZ5118 SZ5118 Z00007 UZ5775 SZ5775 Z00007 UZ5119 SZ5119 Z00007 UZ5780 SZ5780 Z00007 UZ5120 SZ5120 Z00007 UZ5790 SZ5790 Z00007 UZ5122 SZ5122 Z00007 UZ5806 SZ5806 Z00007 UZ5124 SZ5124 Z00007 UZ5807 SZ5807 Z00007 UZ5126 SZ5126 Z00007 UZ5808 SZ5808 Z00007 UZ5210 SZ5210 Z00007 UZ5809 SZ5809 Z00007 UZ5211 SZ5211 Z00007 UZ5810 SZ5810 Z00007 UZ5212 SZ5212 Z00007 UZ5812 SZ5812 Z00007 UZ5213 SZ5213 Z00007 UZ5813 SZ5813 Z00007 UZ5214 SZ5214 Z00007 UZ5814 SZ5814 Z00007 UZ5215 SZ5215 Z00007 UZ5815 SZ5815 Z00007 UZ5216 SZ5216 Z00007 UZ5816 SZ5816 Z00007 UZ5217 SZ5217 Z00007 UZ5818 SZ5818 Z00007 UZ5218 SZ5218 Z00007 UZ5820 SZ5820 Z00007 UZ5219 SZ5219 Z00007 UZ5822 SZ5822 Z00007 UZ5220 SZ5220 Z00007 UZ5824 SZ5824 Z00007 UZ5222 SZ5222 Z00007 UZ5827 SZ5827 Z00007 UZ5224 SZ5224 Z00007 UZ5830 SZ5830 Z00007 UZ5226 SZ5226 Z00007 UZ5833 SZ5833 Z00007 UZ5706 SZ5706 Z00007 UZ5836 SZ5836 Z00007 UZ5707 SZ5707 Z00007 UZ5840 SZ5840 Z00007 UZ5708 SZ5708 Z00007 UZ5845 SZ5845 Z00007 UZ5709 SZ5709 Z00007 UZ5850 SZ5850 Z00007 UZ5710 SZ5710 Z00007 UZ5856 SZ5856 Z00007 UZ5712 SZ5712 Z00007 UZ5860 SZ5860 Z00007 UZ5713 SZ5713 Z00007 UZ5870 SZ5870 Z00007 UZ5714 SZ5714 Z00007 UZ5875 SZ5875 Z00007 UZ5715 SZ5715 Z00007 UZ5880 SZ5880 Z00007 UZ5716 SZ5716 Z00007 UZ5890 SZ5890 Z00007 UZ5718 SZ5718 Z00007 UZ7110 SZ6B100 Z00005 UZ5720 SZ5720 Z00007 UZ7210 SZ6A100 Z00005 UZ5722 SZ5722 Z00007 UZ7706 SZ7706 Consult Factory UZ5724 SZ5724 Z00007 UZ7707 SZ6B7.5 Z00005 UZ5727 SZ5727 Z00007 UZ7708 SZ6B8.2 Z00005 UZ5730 SZ5730 Z00007 UZ7709 SZ6B9.1 Z00005 UZ5733 SZ5733 Z00007 UZ7710 SZ6B10 Z00005 *Our recommended replacement may or may not have the exact same electrical ratings as the industry part number. Please refer to our data sheet or consult factory for more information. Zener & TVS Products 99 Cross Reference Guide INDUSTRY PART NUMBER SSDI PART NUMBER* SSDI DATA SHEET INDUSTRY PART NUMBER SSDI PART NUMBER* SSDI DATA SHEET UZ7712 SZ6B12 Z00005 UZ7860 SZ7860 Consult Factory UZ7713 SZ6B13 Z00005 UZ7870 SZ7870 Consult Factory UZ7714 SZ7714 Consult Factory UZ7875 SZ6A75 Z00005 UZ7715 SZ6B15 Z00005 UZ7880 SZ7880 Consult Factory UZ7716 SZ6B16 Z00005 UZ7890 SZ7890 Consult Factory UZ7718 SZ6B18 Z00005 UZ8110 SZ1B100 Z00003 UZ7720 SZ6B20 Z00005 UZ8111 SZ8111 Consult Factory UZ7722 SZ6B22 Z00005 UZ8112 SZ8112 Consult Factory UZ7724 SZ6B24 Z00005 UZ8113 SZ8113 Consult Factory UZ7727 SZ6B27 Z00005 UZ8114 SZ8114 Consult Factory UZ7730 SZ6B30 Z00005 UZ8115 SZ8115 Consult Factory UZ7733 SZ6B33 Z00005 UZ8116 SZ8116 Consult Factory UZ7736 SZ6B36 Z00005 UZ8117 SZ8117 Consult Factory UZ7740 SZ7740 Consult Factory UZ8118 SZ8118 Consult Factory UZ7745 SZ7745 Consult Factory UZ8119 SZ8119 Consult Factory UZ7750 SZ7750 Consult Factory UZ8120 SZ8120 Consult Factory UZ7756 SZ6B56 Z00005 UZ8210 SZ1A100 Z00003 UZ7760 SZ7760 Consult Factory UZ8211 SZ8211 Consult Factory UZ7770 SZ7770 Consult Factory UZ8212 SZ8212 Consult Factory UZ7775 SZ6B75 Z00005 UZ8213 SZ8213 Consult Factory UZ7780 SZ7780 Consult Factory UZ8214 SZ8214 Consult Factory UZ7790 SZ7790 Consult Factory UZ8215 SZ8215 Consult Factory UZ7806 SZ7806 Consult Factory UZ8216 SZ8216 Consult Factory UZ7807 SZ6A7.5 Z00005 UZ8217 SZ8217 Consult Factory UZ7808 SZ6A8.2 Z00005 UZ8218 SZ8218 Consult Factory UZ7809 SZ6A9.1 Z00005 UZ8219 SZ8219 Consult Factory UZ7810 SZ6A10 Z00005 UZ8220 SZ8220 Consult Factory UZ7812 SZ6A12 Z00005 UZ8706 SZ1B6.8 Z00003 UZ7813 SZ6A13 Z00005 UZ8707 SZ1B7.5 Z00003 UZ7814 SZ7814 Consult Factory UZ8708 SZ1B8.2 Z00003 UZ7815 SZ6A15 Z00005 UZ8709 SZ1B9.1 Z00003 UZ7816 SZ6A16 Z00005 UZ8710 SZ1B10 Z00003 UZ7818 SZ6A18 Z00005 UZ8712 SZ1B12 Z00003 UZ7820 SZ6A20 Z00005 UZ8713 SZ1B13 Z00003 UZ7822 SZ6A22 Z00005 UZ8714 SZ8714 Consult Factory UZ7824 SZ6A24 Z00005 UZ8715 SZ1B15 Z00003 UZ7827 SZ6A27 Z00005 UZ8716 SZ1B16 Z00003 UZ7830 SZ6A30 Z00005 UZ8718 SZ1B18 Z00003 UZ7833 SZ6A33 Z00005 UZ8720 SZ1B20 Z00003 UZ7836 SZ6A36 Z00005 UZ8722 SZ1B22 Z00003 UZ7840 SZ7840 Consult Factory UZ8724 SZ1B24 Z00003 UZ7845 SZ7845 Consult Factory UZ8727 SZ1B27 Z00003 UZ7850 SZ7850 Consult Factory UZ8730 SZ1B30 Z00003 UZ7856 SZ6A56 Z00005 UZ8733 SZ1B33 Z00003 *Our recommended replacement may or may not have the exact same electrical ratings as the industry part number. Please refer to our data sheet or consult factory for more information. 100 Zeners & TVS Products Cross Reference Guide INDUSTRY PART NUMBER SSDI PART NUMBER* UZ8736 SZ1B36 Z00003 UZ8740 SZ8740 Consult Factory UZ8745 SZ8745 Consult Factory UZ8750 SZ8750 Consult Factory UZ8756 SZ1B56 Z00003 UZ8760 SZ8760 Consult Factory UZ8770 SZ8770 Consult Factory UZ8775 SZ1B75 Z00003 UZ8780 SZ8780 Consult Factory UZ8790 SZ8790 Consult Factory UZ8806 SZ1A6.8 Z00003 UZ8807 SZ1A7.5 Z00003 UZ8808 SZ1A8.2 Z00003 UZ8809 SZ1A9.1 Z00003 UZ8810 SZ1A10 Z00003 UZ8812 SZ1A12 Z00003 UZ8813 SZ1A13 Z00003 UZ8814 SZ8814 Consult Factory UZ8815 SZ1A15 Z00003 UZ8816 SZ1A16 Z00003 UZ8818 SZ1A18 Z00003 UZ8820 SZ1A20 Z00003 UZ8822 SZ1A22 Z00003 UZ8824 SZ1A24 Z00003 UZ8827 SZ1A27 Z00003 UZ8830 SZ1A30 Z00003 UZ8833 SZ1A33 Z00003 UZ8836 SZ1A36 Z00003 UZ8840 SZ8840 Consult Factory UZ8845 SZ8845 Consult Factory UZ8850 SZ8850 Consult Factory UZ8856 SZ1A56 Z00003 UZ8860 SZ8860 Consult Factory UZ8870 SZ8870 Consult Factory UZ8875 SZ1A75 Z00003 UZ8880 SZ8880 Consult Factory UZ8890 SZ8890 Consult Factory SSDI DATA SHEET *Our recommended replacement may or may not have the exact same electrical ratings as the industry part number. Please refer to our data sheet or consult factory for more information. Zener & TVS Products 101 Examples of Hermetic Packages 3 2 6 8 1 7 4 5 31 9 10 11 14 13 12 16 15 23 22 17 24 25 32 26 20 18 21 29 19 34 35 37 38 36 40 41 27 42 30 33 28 39 44 43 45 46 49 53 48 47 54 51 50 52 56 57 55 102 Zeners & TVS Products 1. TO-3 2. TO-66 3. TO-63 4. DO-5 5. DO-4 6. TO-61 (3 terminals) 7. TO-59 8. TO-61 (2 terminals) 9. LCC28 10. LCC20 11. LCC16 12. LCC4 13. Milpack 3 14. SMD2 15. SMD1 16. SMD.5 17. SMD.22 18. Cerpack 19. Gullwing 20. SRM Button Tab 21. SRL Button Tab 22. SRM Surface Mount Square Tab (SMS) 23. SRM Axial 24. 1N7068 Axial 25. Frit Glass Axial 26. Glass Sleeve Axial 27. Glass Sleeve Surface Mount Round Tab (SM) 28. Glass Sleeve Surface Mount Square Tab (SMS) 29. Frit Glass Surface Mount Square Tab (SMS) 30. TO-52 31. TO-82 32. TO-5 33. TO-39 34. Sedpack 3 35. Sedpack 3 With Lead 36. Sedpack 2 37. Sedpack 2 With Lead 38. Sedpack 1 39. Sedpack 1 With Lead 40. TO-259 41. TO-258 42. TO-254 43. TO-257 44. TO-254Z 45. SDA475 HV Multiplier Rectifier Stack 46. SDAD103 Stackable HV Rectifier 47. STA60 HV Bidirectional TVS 48. SPA516 Dual Single Phase Bridge Assembly 49. SPX2091 HV Rectifier Bridge Stack 50. SDA267 Single Phase Bridge Rectifier Assembly 51. SDA669T Three Phase Bridge Rectifier Assembly 52. HV Stick 53. SDA380 Centertap Rectifier 54. SDA167 Three Phase Bridge Rectifier Assembly 55. SPMQ461 IGBT Power Module 56. SPMR494 Battery Charge Power Module 57. Battery Bypass Power Module High Reliability Screening Solid State Devices Screening Per MIL-PRF-19500 Guidelines* TX Level TXV Level Equivalent Equivalent S Level Equivalent Lot Acceptance Temperature Cycling Internal Visual1/ Internal Visual1/ Temperature Cycling Temperature Cycling Surge Surge Surge (as specified) (as specified) (as specified) Thermal Resp. Thermal Resp. Thermal Resp. (as specified) (as specified) (as specified) Acceleration (some excluded) PIND Serialize Interim Electrical (case mount only) Interim Electrical (case mount only) HTRB HTRB Interim Electrical Read & Record HTRB 48 hrs. 48 hrs. 48 hrs. Interim Electrical & Delta Interim Electrical & Delta Interim Electrical & Delta Burn-in Burn-in Burn-in Tran. & FET 160 hrs. Diode & SCR HTRB 96 hrs. Tran. & FET 160 hrs. Diode & SCR HTRB 96 hrs. Interim Electrical & Delta Interim Electrical & Delta Interim Electrical & Delta Hermeticity Hermeticity Hermeticity Case Isolation X-Ray (N/A case mount) Case Isolation (case isolated packages only) 240 hrs. (N/A case mount) (case isolated packages only) Note: 1/ X-ray in lieu of internal visual for COTS origin parts External Visual Case Isolation (case isolated packages only) *Specific Product Types May Have Alternate Screening Flows Contact your local SSDI Representative or contact the factory directly at (562) 404-4474. Email: [email protected] Zener & TVS Products 103 Map & Directions to Sales Representatives P.O. Box 450877 Garland, TX 75045-0877 Phone: 972-414-8188 Fax: 972-414-6788 China / Hong Kong Nikoyo (HK) Ltd. 23/F Oxford House Taikoo Place, 979 King’s Road Quarry Bay, Hong Kong 852-2839-9128 [email protected] Denmark / Finland / Norway / Sweden Expando Electronics AB Mörby Centrum, Plan 7 S-182 31 Danderyd, Sweden +468 54490044 France AR France 7 Rue du fosse blanc - Bat. D1 92230 Gennevilliers, France +33 (0)1 47 91 75 30 Germany Manz Electronic Systems Schauberstrasse 22 D-74354 Besigheim, Germany 49-7143-40310 India Irys Electronics Siddarth Iyer 261/2 Plot 4 & 5, Silver Oak Park Baner Rd Baner Pune 411045, India 91 20 2729 1836 1 60 RE 110 710 605 Ontario Airport 57 ST ON E Long Beach Airport BL VD 91 Sa Fre nta A ew na ay 5 55 MACARTHUR BLVD. 405 John Wayne Airport International Techso Rua Fradique Coutinho, 316 - Cj 41 Sao Paulo - SP 05416-000 Brazil (55-11) 3120 5968 [email protected] FI 105 8213 Nantahala Dr. Raleigh, NC 27612 919-781-0444 [email protected] 2854 Blue Rock Rd. Cincinnati, OH 45239 513-385-1105 [email protected] Brazil 5 Los Angeles International Airport SouthTech Marketing, LLC Giesting & Associates 118 VALLEY VIEW AVE. 3 Church Circle, Suite 120 Annapolis, MD 21401 Phone: 410-974-9351 Fax: 410-974-8247 P.O. Box 2047 Morgan Hill, CA 95037 408-779-8888 [email protected] 10 EXIT San Diego Freeway ETSI, LLC. Power Connection Inc. HAVEN AVE. CentraMark Technical Sales Associates SEPULVEDA BLVD. Domestic Israel FMS Aerospace Ltd. 12 Kehilat Venezia Street Tel-Aviv 69400, Israel 972-3-6094977 [email protected] Italy Milano Brothers Viale Enrico Fermi 79 00146 Roma, Italy +39 3384969298 [email protected] USA Office: 1456 Newport Center Drive Deerfield Beach, FL 33442 954-420-5000 Japan Sojitz Aerospace 17F Akasaka Twin Tower Main Bldg. 17-22 Akasaka 2-chome, Minato-ku Tokyo, Japan 107-8518 81-3-5574-6071 South Korea CBOL Corporation 19850 Plummer St. Chatsworth, CA 91311 818-721-5510 [email protected] United Kingdom TTI, Inc. Boulton Rd., Pin Green Ind. Area Stevenage, Hertfordshire SG1 4QX United Kingdom 44-1438-369466 Directions from Los Angeles International Airport (LAX): ▪▪ Start by going East on World Way, then merge onto South Sepulveda Blvd. ▪▪ Drive 0.7 miles, (At Tunnel Exit) then take Imperial Highway West/I-105 East ramp (toward International Terminal). Merge onto I-105 Freeway toward Norwalk. ▪▪ Drive 16.9 miles, then take I-605 Freeway North. ▪▪ Drive 1.7 miles, then merge onto I-5 Freeway South toward Santa Ana. ▪▪ Drive 6 miles, then take Exit #118 - Valley View Ave. ▪▪ Turn right at signal onto Valley View Ave. ▪▪ (Ignore the fact that this exit road is named Firestone Blvd, This is not the correct Firestone Blvd) ▪▪ Go over bridge and turn right at the first signal- Firestone Blvd. ▪▪ Merge into left lane. (Right lane becomes an entry back onto freeway) ▪▪ Drive 0.7 miles to our facility at 14701 Firestone Blvd. Directions from John Wayne (Orange County) Airport (SNA): ▪▪ Begin by taking Airport Way Northeast toward MacArthur Blvd. ▪▪ Turn Left onto MacArthur Blvd. ▪▪ Drive 0.4 miles and merge onto I-405 Freeway North toward Long Beach. ▪▪ Take the first exit onto Route 55 Freeway North (exit 9A) toward Riverside. ▪▪ Drive 4.2 miles then exit at I-5 Freeway North (exit 10B) toward Los Angeles. ▪▪ Drive 15 miles then take the Valley View (Exit #118) exit. ▪▪ Turn right at the first signal (at off-ramp) onto Firestone Blvd. ▪▪ Drive 0.7 miles to our facility at 14701 Firestone Blvd. AS9100:2009 Rev. C & ISO 9001:2008 Registered 14701 Firestone Blvd. La Mirada, CA 90638 (562) 404 - 4474 | FAX (562) 404-1773 [email protected] | www.ssdi-power.com