isopac accomplished FEATURING 2015 High Performance Portfolio ISOPAC Product Guide Semtech ISOPAC products: high power density, rugged and reliable. www.semtech.com Semtech’s ISOPAC Products ISOPAC Half Wave Rectifier Assemblies 3 Center Taps and Doublers 6 Single Phase and Three Phase Full Wave Bridges 6 Screening Specs Test Procedure7 2 Semtech’s ISOPAC family of products are designed to operate across a wide temperature range in unforgiving environments. Extremely low thermal impedances maximize power transfer capability. The unique construction provides the flexibility to support your system’s requirements with bespoke or off the shelf designs. PRODUCTS • Modules • Rotating Modules Semtech ISOPAC Product Guide • 2015 Half Wave Rectifier Assemblies Semtech ISOPAC products have many available configurations to suit your connection requirements and mounting preference. SET01XXYY - Ministud High Current Rectifier Assembly SET01 Package XX - Configuration YY - Electrical Specifications XX Description YY VRWM (V) trr (ns) IF(AVG) (A) @ 55C IFSM (APK) @ 100C 01 Cathode to Stud, Non-Isolated 11 150 30 15 175 02 Cathode to Stud, Isolated 04 400 150 15 80 03 Anode to Stud, Non-Isolated 12 600 2000 15 100 04 Anode to Stud, Isolated 19 1000 150 10 80 03 1000 2000 15 100 Isolated Package Shown Example: SET010112 = Single phase half wave, cathode to stud, non-isolated, 600V, 15A, 2000ns SET04XXYY - DO4 Stud High Current Rectifier Assembly SET04XXYY Package XX - Configuration YY - Electrical Specifications XX Description YY VRWM (V) trr (ns) IF(AVG) (A) @ 55C IFSM (APK) @ 100C 01 Cathode to Stud, Non-Isolated 11 150 30 30 250 02 Cathode to Stud, Isolated 04 400 150 30 160 03 Anode to Stud, Non-Isolated 12 600 2000 30 200 04 Anode to Stud, Isolated 19 1000 150 20 160 03 1000 2000 30 200 Isolated Package Shown Example: SET040112 = Single phase half wave, cathode to stud, non-isolated, 600V, 30A, 2000ns SET05XXYY - DO5 Stud High Current Rectifier Assembly SET05XXYY Package XX - Configuration YY - Electrical Specifications XX Description YY VRWM (V) trr (ns) IF(AVG) (A) @ 55C IFSM (APK) @ 100C 01 Cathode to Stud, Non-Isolated 11 150 30 60 500 02 Cathode to Stud, Isolated 04 400 150 60 320 03 Anode to Stud, Non-Isolated 12 600 2000 60 400 04 Anode to Stud, Isolated 19 1000 150 40 320 03 1000 2000 60 400 Isolated Package Shown Example: SET050112 = Single phase half wave, cathode to stud, non-isolated, 600V, 60A, 2000ns www.semtech.com3 Half Wave Rectifier Assemblies Semtech ISOPAC products have many available configurations to suit your connection requirements and mounting preference. SET10XXYY - DO5 Stud High Current Rectifier Assembly SET10XXYY Package Non-Isolated Package Shown XX - Configuration YY - Electrical Specifications XX Description YY VRWM (V) trr (ns) IF(AVG) (A) @ 55C IFSM (APK) @ 100C 01 Cathode to Stud, Non-Isolated 11 150 30 60 500 02 Cathode to Stud, Isolated 04 400 150 60 320 03 Anode to Stud, Non-Isolated 12 600 2000 60 400 04 Anode to Stud, Isolated 19 1000 150 40 320 03 1000 2000 60 400 Example: SET100112 = Single phase half wave, cathode to stud, non-isolated, 600V, 60A, 2000ns ISOPAC01YY - One Single Phase Half Wave High Current Rectifier Assembly ISOPAC01 Package YY - Electrical Specifications YY VRWM (V) trr (ns) IF(AVG) (A) @ 55C IFSM (APK) @ 100C 11 150 30 15 175 04 400 150 15 80 12 600 2000 15 100 19 1000 150 10 80 03 1000 2000 15 100 Example: ISOPAC0112 = One single phase half wave, isolated, 600V, 15A, 2000ns ISOPAC02YY - Two Single Phase Half Wave High Current Rectifier Assembly ISOPAC02 Package YY - Electrical Specifications YY VRWM (V) trr (ns) IF(AVG) (A) @ 55C IFSM (APK) @ 100C 11 150 30 15 175 04 400 150 15 80 12 600 2000 15 100 19 1000 150 10 80 03 1000 2000 15 100 Example: ISOPAC0212 = Two single phase half wave, isolated, 600V, 15A, 2000ns 4 Semtech ISOPAC Product Guide • 2015 ISOPAC04YY - Four Single Phase Half Wave High Current Rectifier Assembly ISOPAC04 Package YY - Electrical Specifications YY VRWM (V) trr (ns) IF(AVG) (A) @ 55C IFSM (APK) @ 100C 11 150 30 15 175 04 400 150 15 80 12 600 2000 15 100 19 1000 150 10 80 03 1000 2000 15 100 Example: ISOPAC0412 = Four single phase half wave, isolated, 600V, 15A, 2000ns ISOPAC06YY - Six Single Phase Half Wave High Current Rectifier Assembly ISOPAC06 Package YY - Electrical Specifications YY VRWM (V) trr (ns) IF(AVG) (A) @ 55C IFSM (APK) @ 100C 11 150 30 15 175 04 400 150 15 80 12 600 2000 15 100 19 1000 150 10 80 03 1000 2000 15 100 Example: ISOPAC0612 = Six single phase half wave, isolated, 600V, 15A, 2000ns ISOPAC12YY - Twelve Single Phase Half Wave High Current Rectifier Assembly ISOPAC12 Package YY - Electrical Specifications YY VRWM (V) trr (ns) IF(AVG) (A) @ 55C IFSM (APK) @ 100C 11 150 30 15 175 04 400 150 15 80 12 600 2000 15 100 19 1000 150 10 80 03 1000 2000 15 100 Example: ISOPAC1212 = Twelve single phase half wave, isolated, 600V, 15A, 2000ns www.semtech.com5 Center Taps and Doublers Single Phase and Three Phase Full Wave Bridges Semtech ISOPAC products have many available configurations to suit your connection requirements and mounting preference. SET03XXYY - High Current Single Phase Center Tap or Doubler Rectifier Assembly SET03 Package XX - Configuration YY - Electrical Specifications XX Description YY VRWM (V) trr (ns) IF(AVG) (A) @ 55C (1) IFSM (APK) @ 100C 06 Positive Center Tap 11 150 30 30 175 08 Negative Center Tap 04 400 150 30 80 10 Doubler 12 600 2000 30 100 19 1000 150 30 80 03 1000 2000 30 100 (1) Average rectified current = 0.5 x IF(AVG) for Doubler configuation Example: SET030812 = Negative center tap, 600V, 30A, 2000ns SET0612YY - Single Phase Full Wave High Current Rectifier Assembly SET0612 Package YY - Electrical Specifications YY VRWM (V) trr (ns) IF(AVG) (A) @ 55C IFSM (APK) @ 100C 11 150 30 30 175 04 400 150 30 80 12 600 2000 30 100 19 1000 150 20 80 03 1000 2000 30 100 Example: SET061212 = Single phase full wave bridge, 600V, 30A, 2000ns SET1212YY - Single Phase Full Wave High Current Rectifier Assembly SET1212 Package YY - Electrical Specifications YY VRWM (V) trr (ns) IF(AVG) (A) @ 55C IFSM (APK) @ 100C 11 150 30 30 175 04 400 150 30 80 12 600 2000 30 100 19 1000 150 20 80 03 1000 2000 30 100 trr (ns) IF(AVG) (A) @ 55C IFSM (APK) @ 100C Example: SET121212 = Single phase full wave bridge, 600V, 30A, 2000ns SET1114YY - Three Phase Full Wave High Current Rectifier Assembly SET1114 Package YY - Electrical Specifications YY VRWM (V) 11 150 30 45 175 04 400 150 45 80 12 600 2000 45 100 19 1000 150 30 80 03 1000 2000 45 100 Example: SET111412 = Three phase full wave bridge, 600V, 45A, 2000ns 6 Semtech ISOPAC Product Guide • 2015 Hi-Rel Screening Specification and Test Procedure for Power Rectifier Assemblies 1. Purpose. This specification establisheds the requirements for lot process-conditioning testing and screening for those applications requiring a high desgree of reliability assurance. 2. Scope. This specification is applicable to power redtifier assemblies. 3. Applicable Documents. The following documents form a part of this specification to the extent specified herein. Specification Military MIL-S-19500 - Semiconductor Devices, General Specification Standard Military MIL-STD-750 - Test Methods for Semiconductor Devices 4. Requirements. All rectifier assemblies shall be process-conditioned, tested and screened in accordance with the procedure sp[ecified herein. All assemblies passing the log process-conditioning, testing and screening shall be identified (unless otherwise specified) with prefix ‘HR’ added to the applicable part number. All assemblies with aluminum cases shall be black anodized. 4.1 Definitions, abbreviations, symbols and statistical sampling. The definitions, abbreviations, symbols and statistical sampling used herein are defined in MIL-S-19500 appendices. 5. Quality Assurance Provisions. 5.1 Sampling and Inspection. Inspection shall be on a 100% basis unless otherwise specified. 5.2 Methods of examination and test. Methods of examination and test shall be as specfied in Table 1 herein. 5.3 Process-conditioning testiing and screening. The procedure for prcoess-conditining, testing, and screening shall be in accordance with 5.3.1 through 5.3.4. 5.3.1 Diode screening. All diodes used in the assembly shall be subjected to 100% screening and testing in accordance with the applicable HR specification for the diodes being utlized. 5.3.2 Assembly screening. All assemblies shall be subjected to 100% screening and testing in accordance with 5.3.3 and 5.3.4. 5.3.3. Thermal shock (temperature cycling). All assemblies shall be subjected to thermal shock (temp. cycle) in accordance with MIL-STD-750, Method 1051, test condition F, except the low temperature shall be at minimum rated stroage temperature and the time at the temperature extreme shall be 30 minutes minimum. 5.3.4 Post temperature cycling tests. All assemblies shall be subjected to Group A Inspections and Tests in accordance with Table 1. All assemblies failing to meet the limits of Table 1 shall be removed from the lot. Table 1 - HR500A tests Inspection (A) MIL-STD-750 Method Conditions LTPD Symbol 10 SET061211 Limits Visual & mechanical examination 2071 Reverse current 4016 dc method VR=Rated 100% IR Applicable part number data sheet Forward voltage 4011 tp duty cycle IF = applicable part number data sheet 100% VF Applicable part number data sheet Reverse current 4016 dc method TA=100°C VR= rated 10 IR Applicable part number data sheet (A) All tests are performed at 25°C unless otherwise specified. www.semtech.com7 A World of Solutions mobility • connectivity • green technology visit www.semtech.com for more 200 Flynn Road, Camarillo, California 93012 • phone: (805) 498-2111 • fax: (805) 498-3804 Semtech and the Semtech logo are registered marks of Semtech Corporation. All other trademarks and trade names mentioned may be marks and names of their respective companies. Semtech reserves the right to make changes to, or discontinue any products described in this document without further notice. Semtech makes no warranty, representation or guarantee, express or implied, regarding the suitability of its products for any particular purpose. ©2015 Semtech Corporation. All rights reserved. ISOPAC-2015