CERAMIC MULTILAYER CAPACITORS PRODUCT CATALOG QUALITY DELIVERY PERFORMANCE SERVICE TABLE OF CONTENTS INTRODUCTION –––––––––––––––––––––––––––––––––––––––––––––––––––––4 APPLICATION NOTES –––––––––––––––––––––––––––––––––––––––––––––––6 DIELECTRIC CHARACTERISTICS –––––––––––––––––––––––––––––––––––––8 SMT-COG DIELECTRIC ––––––––––––––––––––––––––––––––––––––––––––10 SMT-X7R DIELECTRIC –––––––––––––––––––––––––––––––––––––––––––––12 SMT-BX DIELECTRIC ––––––––––––––––––––––––––––––––––––––––––––––14 SMT-Z5U-Y5V DIELECTRICS ––––––––––––––––––––––––––––––––––––––16 HIGH RELIABILITY SMT CHIPS ––––––––––––––––––––––––––––––––––––18 THIN PROFILE CAPACITORS ––––––––––––––––––––––––––––––––––––––20 HIGH TEMPERATURE SMT ––––––––––––––––––––––––––––––––––––––––22 RING DETECT CAPACITORS ––––––––––––––––––––––––––––––––––––––24 CERTIFIED SAFETY CAPACITORS HIGH VOLTAGE MLC - HIGH VOLTAGE MLC ––––––––––––––––––––––––––––––25 COMMERCIAL –––––––––––––––––––––––26 - HIGH RELIABILITY –––––––––––––––––29 SPECIALTY MLC PRODUCTS ––––––––––––––––––––––––––––32 CAPACITOR ARRAYS –––––––––––––––––––––––––––––––––––34 HIGH TEMPERATURE CAPACITORS ––––––––––––––––––––36 RADIAL LEAD HV CAPACITORS-COMMERCIAL ––––––––38 RADIAL LEAD HV CAPACITORS-HIGH RELIABILITY–––––40 “ST” CAPACITOR ASSEMBLIES “SWITCH’M” CAPACITOR ASSEMBLIES CHIP MARKING SYSTEM TAPE & –––––––––––––––––––––––––42 REEL SYSTEM ––––––––––––––––––44 –––––––––––––––––––––––––––––––––––46 –––––––––––––––––––––––––––––––––––––––47 NOVACAP THE PREMIER SOURCE FOR APPLICATION SPECIFIC MULTILAYER CAPACITORS NOVACAP-SYFER combines the expertise of two companies, Novacap in the USA and Syfer Technology in the UK, with twenty and thirty years of history respectively, to provide high performance surface mount components, and the broadest range of application specific multilayer capacitors available in the world. With manufacturing facilities in America and Europe, Novacap-Syfer is globally situated to provide quick support and service to the customer. Our goal is to be the premier source for specialty multilayer capacitor products. NOVACAP is a Dover company, with over ten sister companies servicing the electronics industry with equipment and components throughout the world. NOVACAP operates from three modern manufacturing facilities occupying 93,000 square feet, located in Valencia, California. NOVACAP produces multilayer capacitors, using advanced ceramic and electrode formulations, with thin, dense and precise dielectric layers to satisfy unique and difficult requirements with unsurpassed quality. Product offerings include surface mount capacitors from the miniature 0402 size chip to larger high voltage units, rated to 20kV, for both commercial and high reliability applications, to satisfy EIA and MIL STD specifications. Products include the entire range of popular chip sizes and dielectrics, and further specializes in Application Specific Products, which include High Temperature SMT Capacitors, Thin Profile, Ring Detect, Certified Lightning Strike Capacitors, Medical Grade Capacitor Arrays, Capacitor Assemblies for switch mode power supplies, and leaded capacitors in various styles. SYFER TECHNOLOGY is a Novacap company, with an 80,000 square foot plant located in Norwich, England, and is dedicated to the manufacture of multilayer ceramic components utilizing a state-of-the-art, fully integrated computer controlled “Wet Process” which provides products to the highest quality standards. Product offerings include surface mount MLCs, from 16V rating to 500V rating, High Voltage versions to 10KVdc, Stacked Assemblies for power supply applications, EMI Planar Arrays and Discoidals, EMI chips, EMI Feedthrough Filters, Leaded Capacitors,Varistor Arrays, and a variety of Application Specific products custom designed for your needs. 4 NOVACAP QUALITY POLICY Quality at NOVACAP is conformance to requirements in all our dealings with: Our Customers - Our Vendors - Our Employees The Environment. The system for quality is prevention of defects, and to attain continuous improvements in every activity. Every employee is committed to doing the job right, the first time. NOVACAP maintains an ongoing education program for all of its employees, to create quality awareness, develop communication skills, provide formal capacitor processing education, and to create problem solving teams. TECHNICAL INFORMATION NOVACAP provides Applications Notes in this catalog as a user’s guide to chip selection and attachment methods. For more details on MLC products, please refer to the NOVACAP Technical Brochure, available on the NOVACAP website. The Technical Brochure describes capacitor applications, the nature of capacitance, dielectric properties and behavior, classes of dielectrics, ferroelectric behavior, electrical properties, test standards, high reliability testing, visual criteria and detailed user guidelines. Please do not hesitate to contact the factory for any product or technical assistance. IMPORTANT NOTICE NOVACAP reserves the right to make changes in product designs and/or pricing. Sales are subject to the terms and conditions as defined on NOVACAP invoice and packing slips. NOVACAP has no control on conditions of use; no warranties are made or implied as to suitability for the customer’s intended use. NOVACAP shall in no event be responsible for incidental or consequential damages including, without limitation, to personal injury or property damage. WEBSITE The NOVACAP Website outlines the product offerings in catalog format. These catalogs are updated on a routine basis, and presented in pdf format for easy viewing and downloading. All capacitance values are shown as maximum values. Please refer to the Webpage whenever you need to update your data sheets. Web Page: www.novacap.com E-Mail: [email protected] NOVACAP MAIN OFFICE 25136 Anza Drive,Valencia, CA 91355 Tel: (661) 295-5920 Fax: (661) 295-5928 This catalog outlines the products available from NOVACAP. To access SYFER TECHNOLOGY catalogs or obtain additional information please use the Syfer website at www.Syfer.com, or contact Syfer Sales directly by telephone: 44 1603 723310, fax: 44 1603 723301, or Email: [email protected]. 5 A P P L I C A T I O N NOTES CHIP SELECTION Multilayer capacitors (MLC) are categorized by dielectric performance with temperature, or “temperature coefficient”, as these devices vary in behavior over temperature. The choice of component is thus largely determined by the temperature stability required of the device, i.e. type of dielectric, and the size necessary for a given capacitance and voltage rating. The following items are pertinent to chip selection: DIELECTRIC TYPE ATTACHMENT METHODS COG: Ultra stable Class I dielectric, with negligible dependence of electrical properties on temperature, voltage, frequency and time. Used in circuitry requiring very stable performance. Bonding of capacitors to substrates can be categorized into two methods, those involving solder, which are prevalent, and those using other materials, such as epoxies and thermo-compression or ultrasonic bonding with wire. X7R: Stable Class II dielectric, with predictable change in properties with temperature, voltage, frequency and time. Used as blocking, de-coupling, bypassing and frequency discriminating elements. This dielectric is ferroelectric, and provides higher capacitance than Class I Z5U/Y5V: General purpose Class III dielectrics with higher dielectric constant and greater variation of properties with temperature and test conditions. Very high capacitance per unit volume is attainable for general purpose applications where stability is not important. CAPACITOR SIZE Size selection is based primarily on capacitance value and voltage rating. Smaller units are generally less expensive; 0805 is the most economical size. Because mass affects the thermal shock behavior of chips, size selection must consider the soldering method used to attach the chip to the board. Sizes 1812 and smaller can be wave, vapor phase or reflow soldered. Larger units require reflow soldering. TERMINATION MATERIAL Nickel barrier termination, with exceptional solder leach resistance is recommended for all applications involving solder. Silver palladium termination is required for epoxy attachment, also for solder reflow below 230°C . Silver termination, which is most ductile, yet leaches readily in solder, is often preferred for units to be leaded, to minimize thermal cycle stresses. PACKAGING Units are available in bulk, reeled or in waffle pack. Bar coding is optional. SOLDERING Soldering methods commonly used in the industry and recommended are Reflow Soldering, Wave Soldering, and to a lesser extent, Vapor Phase Soldering. All these methods involve thermal cycling of the components and therefore the rate of heating and cooling must be controlled to preclude thermal shocking of the devices. In general, rates which do not exceed 100°C per minute and a ∆T spike of 100°C maximum for any soldering process is advisable. Other precautions include post soldering handling, primarily avoidance of rapid cooling with contact with heat sinks, such as conveyors or cleaning solutions. Large chips are more prone to thermal shock as their greater bulk will result in sharper thermal gradients within the device during thermal cycling. Units larger than 1812 experience excessive stress if processed through the fast cycles typical of solder wave or vapor phase operations. Solder reflow is most applicable to the larger chips as the rates of heating and cooling can be slowed within safe limits. Attachment using a soldering iron requires extra care, particularly with large components, as thermal gradients are not easily controlled and may cause cracking of the chip. Precautions include preheating of the assembly to within 100°C of the solder flow temperature, the use of a fine tip iron which does not exceed 30 watts, and limitation of contact of the iron to the circuit pad areas only. BONDING Hybrid assembly using conductive epoxy or wire bonding requires the use of silver palladium or gold terminations. Nickel barrier termination is not practical in these applications, as an increase in ESR results. CLEANING Chip capacitors can withstand common agents such as water, alcohol and degreaser solvents used for cleaning boards. Ascertain that no flux residues are left on the chip surfaces as these diminish electrical performance. 6 BOARD DESIGN CONSIDERATIONS The amount of solder applied to the chip capacitor will influence the reliability of the device. Excessive solder can create thermal and tensile stresses on the component which could lead to fracturing of the chip or the solder joint itself. Insufficient or uneven solder application can result in weak bonds, rotation of the device off line or lifting of one terminal off the pad (tombstoning). The volume of solder is process and board pad size dependent. WAVE SOLDERING exposes the devices to a large solder volume, hence the pad size area must be restricted to accept an amount of solder which is not detrimental to the chip size utilized. Typically the pad width is 66% of the component width, and the length is .030” (.760 mm) longer than the termination band on the chip. An 0805 chip which is .050” wide and has a .020” termination band therefore requires a pad .033” wide by .050” in length. Opposing pads should be identical in size to preclude uneven solder fillets and mismatched surface tension forces which can misalign the device. It is preferred that the pad layout results in alignment of the long axis of the chips at right angles to the solder wave, to promote even wetting of all terminals. Orientation of components in line with the board travel direction may require dual waves with solder turbulence to preclude cold solder joints on the trailing terminals of the devices, as these are blocked from full exposure to the solder by the body of the capacitor. Restrictions in chip alignment do not apply to SOLDER REFLOW or VAPOR PHASE processes, where the solder volume is controlled by the solder paste deposition on the circuit pads. Pads are designed to match or slightly exceed the width of the capacitor, with length .030” (.760 mm) greater than the chip terminal band width, to provide a wetting area for a full solder fillet. NOVACAP publishes a Technical Brochure which pro- SOLDER ATTACHMENT RECOMMENDED PROFILES vides detailed information on the properties TEMPERATURE °C 250 of ceramic chip capacitors, dielectric behavior, 225 product classifications, test and 200 quality standards, and other 175 150 information relevant to their 125 use. The NOVACAP Technical 100 Brochure is available upon 75 request. For quick reference 50 see the Brochure on the 20 40 60 80 100 120 140 160 180 200 NOVACAP Website at www.novacap.com. SECONDS SOLDER WAVE VAPOR PHASE SOLDER REFLOW RECOMMENDATIONS Preheat/Cooling rates not to exceed 120°C/minute. DT spikes to max temperature not to exceed 100°C 7 DIELECTRIC CHARACTERISTICS NOVACAP produces capacitors with dielectric characteristics COG (NPO), X7R, BX, Z5U and Y5V, per EIA RS 198, as outlined in the text and graphs following. High temperature versions of COG and X7R dielectrics are described in separate data sheets for those products. NOVACAP performs routine testing on production representative products, for all dielectric materials, as verification of conformance to the General Specifications. Following the guidelines of MIL-PRF-55681; periodic Group C inspections are performed on capacitor lots manufactured, with qualified materials, according to documented procedures. The inspection data is generated following Electrical, Mechanical and Environmental test methods and specifications of MIL-STD-202 and EIA-198. The data records are maintained and utilized as assurance of our capability to meet the stated performance requirements. G E N E R A L S P E C I F I C AT I O N S - E N V I RO N M E N TA L Thermal Shock: MIL-STD-202, Method 107, Condition A (125°C) Immersion: MIL-STD-202, Method 104, Condition B Humidity Steady State (Low Voltage): Life: MIL-STD-202, Method 103, Condition A 85°C, 85% RH, DC bias 1.3 +/- 0.25 Vdc. MIL-STD-202, Method 108 Condition F (2,000 Hrs). G E N E R A L S P E C I F I C AT I O N S - M E C H A N I C A L Terminal Strength: MIL-STD-202, Method 211 Condition A. Force 4 lbs Min. Adhesion Solderability: MIL-STD-202, Method 208. Resistance to MIL-STD-202, Method 210, Soldering Heat: Test Condition B. DIELECTRIC CHARACTERISTICS - COG OPERATING TEMPERATURE RANGE: -55˚C to 125˚C ∆C ppm TEMPERATURE COEFFICIENT: 0 +/- 30 ppm/°C 50 DISSIPATION FACTOR: .001 (0.1%) max @ 25°C 25 INSULATION RESISTANCE, 25°C 125°C > 100GΩ or >1000ΩF > 10GΩ or >100ΩF DIELECTRIC WITHSTANDING VOLTAGE: < 200V, 250% 201-500V,150% or 500V* > 500V, 120%, or 750V* -25 AGING RATE: 0% per decade -50 TEST PARAMETERS: 1KHz, 1.0 +/- 0.2 VRMS, 25°C 1MHZ for Capacitance <100pF * WHICHEVER IS GREATER 8 TEMPERATURE COEFFICIENT UPPER LIMIT 0 TYPICAL LOWER LIMIT -55 -25 0 25°C 50 75 100 125 OPERATING TEMPERATURE RANGE: -55°C to 125°C TEMPERATURE COEFFICIENT: +/-15% ∆C Max. TEMP-VOLTAGE COEFFICIENT (BX): +15% -25% ∆C Max. DISSIPATION FACTOR: 2.5% max @ >25V rating 3.5% max @ <25V rating INSULATION RESISTANCE, 25°C 125°C > 100GΩ or >1000ΩF > 10GΩ or >100ΩF DIELECTRIC WITHSTANDING VOLTAGE: < 200V, 250% 201-500V,150% or 500V* > 500V, 120%, or 750V* * WHICHEVER IS GREATER AGING RATE: TEST PARAMETERS: % CAPACITANCE CHANGE DIELECTRIC CHARACTERISTICS - X7R/BX TEMPERATURE COEFFICIENT %∆C 20 UPPER LIMIT 15 10 5 0 -5 -10 -15 TYPICAL LOWER LIMIT -20 < 2.0% per decade -55 -35 -15 5 25 45 65 85 105 125 TEMPERATURE (˚C) 1KHz, 1.0 +/- 0.2 VRMS, 25°C DIELECTRIC CHARACTERISTICS - Z5U + 10°C to 85°C TEMPERATURE COEFFICIENT: + 22%-56% ∆C Max. DISSIPATION FACTOR: 4.0% max @ 25°C INSULATION RESISTANCE, 25°C > 10GΩ or >100ΩF DIELECTRIC WITHSTANDING VOLTAGE: < 200V, 250% 250V, 150% AGING RATE: ~ 2.0% per decade TEST PARAMETERS: 1KHz, 0.5 +/- 0.2 VRMS, 25°C TEMPERATURE COEFFICIENT %∆C % CAPACITANCE CHANGE OPERATING TEMPERATURE RANGE: 80 40 UPPER LIMIT 0 TYPICAL -40 LOWER LIMIT -80 -55 -25 0 25°C 50 75 100 125 TEMPERATURE (˚C) DIELECTRIC CHARACTERISTICS - Y5V -30°C to 85°C %∆C TEMPERATURE COEFFICIENT: + 22%-82% ∆C Max. 100 DISSIPATION FACTOR: 5.0% max @ >25V rating 7.0% max @ <25V rating INSULATION RESISTANCE, 25°C > 10GΩ or >100ΩF DIELECTRIC WITHSTANDING VOLTAGE: < 200V, 250% 250V, 150% AGING RATE: ~ 2.0% per decade TEST PARAMETERS: 1KHz, 0.5 +/- 0.2 VRMS, 25°C % CAPACITANCE CHANGE OPERATING TEMPERATURE RANGE: TEMPERATURE COEFFICIENT 50 UPPER LIMIT 0 TYPICAL -50 LOWER LIMIT -100 -55 -25 0 25°C 50 75 100 125 TEMPERATURE (˚C) 9 SMT-COG DIELECTRIC Ultra stable Class I dielectric (EIA COG) or NPO: linear temperature coefficient, low loss, stable electrical properties with time, voltage and frequency. Designed for surface mount application with nickel barrier termination suitable for solder wave, vapor phase or reflow solder board attachment. Also available with silver-palladium terminations for hybrid use with conductive epoxy. COG chips are used in precision circuitry requiring Class I stability. 0402 0504 0603 0805 1005 1206 1210 1808 1812 1825 2221 2225 Min Cap 0R1 0R1 0R1 0R1 0R1 0R5 3R0 100 150 390 390 390 16V 271 182 102 472 682 153 273 333 393 823 823 104 25V 221 122 821 392 562 123 223 273 393 823 823 104 V O LTA G E 50V 181 102 681 332 472 103 223 223 333 823 823 104 100V 101 561 331 182 222 562 103 123 183 563 563 683 200V 680 391 271 122 182 392 822 103 123 393 393 473 250V 470 271 181 821 122 272 562 682 822 273 273 333 300V • • • 561 821 182 392 472 682 183 183 223 & 400V • • • 561 821 152 272 332 472 123 123 153 500V • • • 471 681 102 222 272 392 123 103 153 600V • • • 471 681 102 222 222 332 103 822 123 800V* • • • 471 681 102 222 182 272 822 822 103 1000V* • • • 331 471 821 182 152 222 822 822 103 1500V* • • • • • 561 122 122 222 682 682 822 2000V* • • • • • 271 681 821 122 392 392 472 3000V* • • • • • • • 331 561 182 182 222 4000V* • • • • • • • 181 331 102 102 122 • • • MAX SIZE CAP CAPACITANCE & VOLTAGE SELECTION FOR POPULAR CHIP SIZES 3 digit code: two significant digits, followed by number of zeros eg: 183 = 18,000 pF. R denotes decimal, eg. 2R7 = 2.7 pF *Units rated above 800V may require conformal coating in use to preclude arcing over the chip surface. 10 PRODUCT OFFERING See chart for standard EIA case sizes and available capacitance and voltage ratings. Special sizes, thickness and other voltage ratings are available, see other NOVACAP product offerings. High reliability testing is available per MIL-PRF-55681, MIL-PRF-123, or to customer SCD. Please consult the factory with your requirements. NOVACAP has complete testing facilities at your disposal. T L MB W DIMENSIONS +/- INCHES (MM) SIZE 0402 0504 0603 0805 1005 1206 1210 1808 1812 1825 2221 2225 LENGTH L .040 (1.02) .050 (1.27) .060 (1.52) .080 (2.03) .100 (2.54) .125 (3.18) .125 (3.18) .180 (4.57) .180 (4.57) .180 (4.57) .220 (5.59) .220 (5.59) WIDTH W .020 (.508) .040 (1.02) .030 (.760) .050 (1.27) .050 (1.27) .060 (1.52) .100 (2.54) .080 (2.03) .125 (3.18) .250 (6.35) .210 (5.33) .250 (6.35) T MAX. .024 (.610) .044 (1.12) .035 (.889) .054 (1.37) .054 (1.37) .064 (1.63) .065 (1.65) .065 (1.65) .065 (1.65) .080 (2.03) .080 (2.03) .080 (2.03) MB .010 (.254) .014 (.355) .014 (.355) .020 (.508) .020 (.508) .020 (.508) .020 (.508) .024 (.610) .024 (.610) .024 (.610) .030 (.760) .030 (.760) TOLERANCES +/- INCHES (MM) LENGTH WIDTH MB .004 (.102) .006 (.152) .006 (.152) .008 (.203) .008 (.203) .008 (.203) .008 (.203) .012 (.305) .012 (.305) .012 (.305) .015 (.380) .015 (.380) .004 (.102) .006 (.152) .006 (.152) .008 (.203) .008 (.203) .008 (.203) .008 (.203) .008 (.203) .008 (.203) .015 (.380) .015 (.380) .015 (.380) .006 (.152) .006 (.152) .006 (.152) .010 (.254) .010 (.254) .010 (.254) .010 (.254) .014 (.355) .014 (.355) .014 (.355) .015 (.380) .015 (.380) HOW TO ORDER N 272 J 101 SIZE DIELECTRIC CAPACITANCE TOLERANCE VOLTAGE-VDCW TERMINATION See Chart N =COG Value in Picofarads Two significant figures, followed by number of zeros: 272 = 2700 pF B = 0.10 pF Two significant figures, followed by number of zeros: N = Nickel Barrier P = Ag-Pd 1206 (0.1 to 10 pF) C = 0.25 pF (0.1 to 10 pF) D = 0.50 pF (0.1 to 20 pF) F = +/- 1.0 % G = +/- 2.0 % H = +/- 3.0 % J = +/- 5.0 % K = +/- 10 % M = +/- 20 % Z = +80% -20% P = +100% -0% 101 = 100V N X T M THICKNESS OPTION PACKING OPTION MARKING OPTION X=Non standard thickness. Specify in Mils if Non EIA thickness is required. T=Reeled M=Marked (See Marking Specifications) 11 SMT-X7R DIELECTRIC Stable EIA Class II dielectric, with +/-15% temperature coefficient and predictable variation of electrical properties with time, temperature and voltage.These chips are designed for surface mount application with nickel barrier terminations suitable for solder wave, vapor phase or reflow solder board attachment. Also available in silver-palladium terminations for hybrid use with conductive epoxy. Class II X7R chips are used as decoupling, by-pass, filtering and transient voltage suppression elements. 0402 0504 0603 0805 1005 1206 1210 1808 1812 1825 2221 2225 Min Cap 121 121 121 121 121 121 121 121 391 821 821 821 16V 682 393 273 124 184 334 684 824 125 185 185 225 25V 562 273 183 104 124 274 564 684 105 185 155 185 V O LTA G E 50V 562 273 183 104 124 224 474 564 824 155 155 185 100V 272 153 103 563 683 124 274 334 564 155 125 155 200V 182 103 682 333 473 823 184 224 334 105 824 105 250V 182 103 682 273 393 563 124 154 334 564 684 105 300V • • • 223 333 563 124 124 224 564 564 684 & 400V • • • 153 223 473 104 124 184 474 394 564 500V • • • 103 153 273 563 563 104 274 274 334 600V • • • 822 123 223 473 563 823 224 224 274 800V* • • • 472 682 123 273 333 473 154 154 184 1000V* • • • 272 472 682 153 183 273 823 104 124 1500V* • • • • • 222 472 562 822 273 273 333 2000V* • • • • • 102 222 272 392 153 153 183 3000V* • • • • • • • 821 122 472 472 562 4000V* • • • • • • • 391 561 222 222 272 • • • MAX SIZE CAP CAPACITANCE & VOLTAGE SELECTION FOR POPULAR CHIP SIZES 3 digit code: two significant digits, followed by number of zeros eg: 473 = 47,000 pF *Units rated above 800V may require conformal coating in use to preclude arcing over the chip surface. 12 PRODUCT OFFERING See chart for standard EIA case sizes and available capacitance and voltage ratings. Special sizes, thickness and other voltage ratings are available, see other NOVACAP product offerings. High reliability testing is available per MIL-PRF-55681, MIL-PRF-123, or to customer SCD. Please consult the factory with your requirements. NOVACAP has complete testing facilities at your disposal. T L MB W DIMENSIONS +/- INCHES (MM) SIZE 0402 0504 0603 0805 1005 1206 1210 1808 1812 1825 2221 2225 .050 (1.27) .060 (1.52) .080 (2.03) .100 (2.54) .125 (3.18) .125 (3.18) .180 (4.57) .180 (4.57) .180 (4.57) .220 (5.59) .220 (5.59) LENGTH L .040 (1.02) WIDTH W .020 (.508) .040 (1.02) .030 (.760) .050 (1.27) .050 (1.27) .060 (1.52) .100 (2.54) .080 (2.03) .125 (3.18) .250 (6.35) .210 (5.33) .250 (6.35) T MAX. .024 (.610) .044 (1.12) .035 (.889) .054 (1.37) .054 (1.37) .064 (1.63) .065 (1.65) .065 (1.65) .065 (1.65) .080 (2.03) .080 (2.03) .080 (2.03) MB .010 (.254) .014 (.355) .014 (.355) .020 (.508) .020 (.508) .020 (.508) .020 (.508) .024 (.610) .024 (.610) .024 (.610) .030 (.760) .030 (.760) TOLERANCES +/- INCHES (MM) LENGTH WIDTH MB .004 (.102) .006 (.152) .006 (.152) .008 (.203) .008 (.203) .008 (.203) .008 (.203) .012 (.305) .012 (.305) .012 (.305) .015 (.380) .015 (.380) .004 (.102) .006 (.152) .006 (.152) .008 (.203) .008 (.203) .008 (.203) .008 (.203) .008 (.203) .008 (.203) .015 (.380) .015 (.380) .015 (.380) .006 (.152) .006 (.152) .006 (.152) .010 (.254) .010 (.254) .010 (.254) .010 (.254) .014 (.355) .014 (.355) .014 (.355) .015 (.380) .015 (.380) HOW TO ORDER B 104 J 250 SIZE DIELECTRIC CAPACITANCE TOLERANCE VOLTAGE-VDCW TERMINATION See Chart B = X7R Value in Picofarads Two significant figures, followed by number of zeros: J = +/- 5.0% Two significant figures, followed by number of zeros: N=Nickel Barrier P=Ag-Pd 1206 K = +/- 10 % M = +/- 20 % Z = +80%-20% P = +100%-0% 250=25V N X T M THICKNESS OPTION PACKING OPTION MARKING OPTION X=Non standard thickness. Specify in Mils if Non EIA thickness is required. T=Reeled M=Marked (See Marking Specifications) 104=100,000pF 13 SMT - BX DIELECTRIC BX characteristics are identical to X7R dielectric, with the added restriction that the Temperature-Voltage Coefficient (TVC) is not to exceed -25% ∆C at rated voltage, over the operating temperature range (-55°C to 125°C). NOVACAP manufactures chips using dielectrics with minimal voltage coefficient and layer thickness design to meet BX requirements. BX dielectric code is X. M A X C A P & V O LT A G E CAPACITANCE & VOLTAGE SELECTION FOR POPULAR CHIP SIZES 3 digit code: two significant digits, followed by number of zeros eg: 473 = 47,000 pF 14 SIZE 0402 0504 0603 0805 1005 1206 1210 1808 1812 1825 2221 2225 Min Cap 121 121 121 121 121 121 121 221 471 821 821 821 16V 682 393 273 124 184 334 684 824 125 185 185 225 25V 562 273 183 104 124 274 564 684 105 185 185 185 50V 222 123 822 393 563 124 224 274 474 125 125 155 100V 471 472 272 123 183 393 683 823 124 334 334 394 200V 151 122 681 272 392 681 183 183 333 823 823 104 250V 121 681 331 222 332 682 123 153 273 683 683 823 300V • • • 152 222 392 103 103 183 473 473 563 400V • • • 681 102 182 472 562 103 273 273 273 500V • • • 561 102 182 392 392 682 183 183 223 PRODUCT OFFERING See chart for standard EIA case sizes and available capacitance and voltage ratings. Special sizes, thickness and other voltage ratings are available, see other NOVACAP product offerings. High reliability testing is available per MIL-PRF-55681, MIL-PRF-123, or to customer SCD. Please consult the factory with your requirements. NOVACAP has complete testing facilities at your disposal. T L MB W DIMENSIONS +/- INCHES (MM) SIZE 0402 0504 0603 0805 1005 1206 1210 1808 1812 1825 2221 2225 .050 (1.27) .060 (1.52) .080 (2.03) .100 (2.54) .125 (3.18) .125 (3.18) 180 (4.57) .180 (4.57) .180 (4.57) .220 (5.59) .220 (5.59) LENGTH L .040 (1.02) WIDTH W .020 (.508) .040 (1.02) .030 (.760) .050 (1.27) .050 (1.27) .060 (1.52) .100 (2.54) .080 (2.03) .250 (6.35) .250 (6.35) .210 (5.33) .250 (6.35) T MAX. .024 (.610) .044 (1.12) .035 (.889) .054 (1.37) .054 (1.37) .064 (1.63) .065 (1.65) .065 (1.65) .080 (2.03) .080 (2.03) .080 (2.03) .080 (2.03) MB .010 (.254) .014 (.355) .014 (.355) .020 (.508) .020 (.508) .020 (.508) .020 (.508) .024 (.610) .024 (.610) .024 (.610) .030 (.760) .030 (.760) TOLERANCES +/- INCHES (MM) LENGTH WIDTH MB .004 (.102) .006 (.152) .006 (.152) .008 (.203) .008 (.203) .008 (.203) .008 (.203) .012 (.305) .012 (.305) .012 (.305) .015 (.380) .015 (.380) .004 (.102) .006 (.152) .006 (.152) .008 (.203) .008 (.203) .008 (.203) .008 (.203) .008 (.203) .008 (.203) .015 (.380) .015 (.380) .015 (.380) .006 (.152) .006 (.152) .006 (.152) .010 (.254) .010 (.254) .010 (.254) .010 (.254) .014 (.355) .014 (.355) .014 (.355) .015 (.380) .015 (.380) HOW TO ORDER X 104 J 250 SIZE DIELECTRIC CAPACITANCE TOLERANCE VOLTAGE-VDCW TERMINATION See Chart X = BX Value in Picofarads Two significant figures, followed by number of zeros: J = +/- 5.0% Two significant figures, followed by number of zeros: N=Nickel Barrier P=Ag-Pd 1206 K = +/- 10% M = +/- 20% 250=25V N X T M THICKNESS OPTION PACKING OPTION MARKING OPTION X=Non standard thickness. Specify in Mils if Non EIA thickness is required. T=Reeled M=Marked (See Marking Specifications) 104=100,000pF 15 SMT-Z5U-Y5V DIELECTRICS General purpose EIA Class III dielectrics with +22% to -56% (Z5U) and +22% -82% (Y5V) temperature coefficients and very high capacitance density. The NOVACAP Z5U and Y5V formulations are very stable with time, typically aging less than 2% per decade. General purpose chips are used in by-pass and decoupling functions and other applications where capacitance change over the operating temperature range is not critical. CAPACITANCE & VOLTAGE SELECTION FOR POPULAR CHIP SIZES 3 digit code: two significant digits, followed by number of zeros eg: 473 = 47,000 pF MAX CAP & VOLTAGE Z5U DIELECTRIC SIZE 0402 0504 0603 0805 1005 1206 1210 1808 1812 1825 2221 2225 Min Cap 121 121 121 391 561 561 561 182 272 822 822 822 16V 333 184 154 684 824 155 335 395 565 106 156 106 25V 273 154 104 474 684 125 225 335 475 106 126 106 50V 183 104 683 334 474 105 185 225 395 825 106 825 100V 472 393 273 124 184 274 564 684 125 225 335 225 200V 152 103 562 333 393 823 184 224 394 824 125 105 250V 102 682 472 223 333 563 124 154 224 684 824 684 MAX CAP & VOLTAGE Y5V DIELECTRIC 16 SIZE 0402 0504 0603 0805 1005 1206 1210 1808 1812 1825 2221 2225 Min Cap 121 121 121 471 681 681 681 222 332 103 103 103 16V 393 224 184 824 105 185 395 475 685 126 126 186 25V 333 184 124 564 824 155 275 395 565 126 126 156 50V 223 124 823 394 564 125 225 275 475 106 106 126 100V 562 473 333 154 224 334 684 824 155 275 275 395 200V 182 123 682 393 473 104 224 274 474 105 125 155 250V 122 822 562 273 393 683 154 184 274 824 824 105 PRODUCT OFFERING See chart for standard EIA case sizes and available capacitance and voltage ratings.The low aging rate of the Novacap dielectrics permits the manufacture of Z5U and Y5V chips with K (+/-10%) capacitance tolerance, as well as the M, Z and P tolerance offerings. Special sizes, thickness and other voltage ratings are available, see other NOVACAP product offerings. Please consult the factory with your requirements. T L MB W DIMENSIONS +/- INCHES (MM) SIZE 0402 0504 0603 0805 1005 1206 1210 1808 1812 1825 2221 2225 .050 (1.27) .060 (1.52) .080 (2.03) .100 (2.54) .125 (3.18) .125 (3.18) .180 (4.57) .180 (4.57) .180 (4.57) .220 (5.59) .220 (5.59) LENGTH L .040 (1.02) WIDTH W .020 (.508) .040 (1.02) .030 (.760) .050 (1.27) .050 (1.27) .060 (1.52) .100 (2.54) .080 (2.03) .125 (3.18) .250 (6.35) .210 (5.33) .250 (6.35) T MAX. .024 (.610) .044 (1.12) .035 (.889) .054 (1.37) .054 (1.37) .064 (1.63) .065 (1.65) .065 (1.65) .065 (1.65) .080 (2.03) .080 (2.03) .080 (2.03) MB .010 (.254) .014 (.355) .014 (.355) .020 (.508) .020 (.508) .020 (.508) .020 (.508) .024 (.610) .024 (.610) .024 (.610) .030 (.760) .030 (.760) TOLERANCES +/- INCHES (MM) LENGTH WIDTH MB .004 (.102) .006 (.152) .006 (.152) .008 (.203) .008 (.203) .008 (.203) .008 (.203) .012 (.305) .012 (.305) .012 (.305) .015 (.380) .015 (.380) .004 (.102) .006 (.152) .006 (.152) .008 (.203) .008 (.203) .008 (.203) .008 (.203) .008 (.203) .008 (.203) .015 (.380) .015 (.380) .015 (.380) .006 (.152) .006 (.152) .006 (.152) .010 (.254) .010 (.254) .010 (.254) .010 (.254) .014 (.355) .014 (.355) .014 (.355) .015 (.380) .015 (.380) HOW TO ORDER 1206 SIZE See Chart Y 104 M 250 DIELECTRIC CAPACITANCE TOLERANCE VOLTAGE-VDCW TERMINATION Z = Z5U Y = Y5V Value in Picofarads Two significant figures, followed by number of zeros: K = +/- 10% N = Nickel Barrier 90/10 Sn/Pb Z = +80%-20% Two significant figures, followed by number of zeros: P = +100%-0% 250=25V M = +/- 20% N X THICKNESS OPTION X=Non standard thickness. Specify V = Non solderable in Mils if Non EIA Silver thickness is required. T M PACKING OPTION MARKING OPTION T = Reeled M=Marked (See Marking Specifications) 104=100,000pF 17 HIGH RELIABILITY SMT CHIPS NOVACAP manufactures and tests COG, BX and X7R chips in accordance with MIL-PRF-55681, MIL-PRF-123, MIL-PRF-49467, HALT, or customer SCD. Product is designed for optimum reliability, burned in at elevated voltage and temperature, and 100% physically and electrically inspected to ascertain conformance to strict performance criteria. Voltage ratings from 25 VDC to 500 VDC are available on standard EIA case sizes. Applications for High Reliability products include medical implanted devices, aerospace, airborne and various military applications, and consumer uses requiring safety margins not attainable with conventional product. High voltage conditioning up to 20 KV for specialty devices is also available, please refer to other NOVACAP product offerings. CAPACITANCE SELECTION FOR FR-P PARTS MEETING FR-R AND FR-S ARE ALSO AVAILABLE 3 digit code: two significant digits, followed by number of zeros eg: 183 = 18,000 pF MAX CAP & VOLTAGE COG DIELECTRIC SIZE 0402 0504 0603 0805 1005 1206 1210 1808 1812 1825 2221 2225 Min Cap 0R1 0R1 0R1 0R1 1R0 1R0 5R0 100 100 270 270 270 25V 121 681 331 222 472 822 183 223 333 823 823 104 50V 121 681 331 222 472 822 153 223 333 823 823 104 100V 680 391 181 122 222 472 103 123 183 563 563 683 250V 330 151 101 821 122 182 392 472 682 223 223 273 500V • • • 471 681 102 222 222 392 123 123 153 MAX CAP & VOLTAGE X7R/BX DIELECTRIC 18 SIZE 0402 0504 0603 0805 1005 1206 1210 1808 1812 1825 2221 2225 Min Cap 121 121 121 121 121 121 121 151 271 471 561 681 X7R BX X7R BX X7R BX X7R BX X7R BX X7R 25V 332 332 50V X7R BX X7R 183 183 822 822 563 563 104 104 184 184 394 394 474 474 824 824 185 272 122 153 562 682 272 473 273 823 393 154 683 334 154 100V 222 471 123 472 562 272 393 123 683 183 104 393 250V 471 • 272 681 182 331 123 182 500V • • 392 561 • BX • • • BX X7R BX X7R BX X7R BX X7R BX 185 155 155 185 185 394 224 684 334 185 824 155 824 185 105 224 683 274 823 564 124 125 334 105 334 125 394 183 332 273 682 563 123 563 153 104 273 274 683 224 683 274 823 562 102 103 182 223 332 223 392 393 682 124 183 124 183 154 223 T L MB W DIMENSIONS +/- INCHES (MM) SIZE 0402 LENGTH L .040 (1.02) WIDTH W .020 (.508) T MAX. .024 (.610) MB .010 (.254) 0504 0603 0805 1005 1206 1210 1808 1812 1825 2221 2225 .050 (1.27) .060 (1.52) .080 (2.03) .100 (2.54) .125 (3.18) .125 (3.18) .180 (4.57) .180 (4.57) .180 (4.57) .220 (5.59) .220 (5.59) .040 (1.02) .030 (.760) .050 (1.27) .050 (1.27) .060 (1.52) .100 (2.54) .080 (2.03) .125 (3.18) .250 (6.35) .210 (5.33) .250 (6.35) .044 (1.12) .035 (.889) .054 (1.37) .054 (1.37) .064 (1.63) .065 (1.65) .065 (1.65) .065 (1.65) .080 (2.03) .080 (2.03) .080 (2.03) .014 (.355) .014 (.355) .020 (.508) .020 (.508) .020 (.508) .020 (.508) .024 (.610) .024 (.610 .024 (.610) .030 (.760) .030 (.760) TOLERANCES +/- INCHES (MM) LENGTH WIDTH MB .004 (.102) .006 (.152) .006 (.152) .008 (.203) .008 (.203) .008 (.203) .008 (.203) .012 (.305) .012 (.305) .012 (.305) .015 (.380) .015 (.380) .004 (.102) .006 (.152) .006 (.152) .008 (.203) .008 (.203) .008 (.203) .008 (.203) .008 (.203) .008 (.203) .015 (.380) .015 (.380) .015 (.380) .006 (.152) .006 (.152) .006 (.152) .010 (.254) .010 (.254) .010 (.254) .010 (.254) .014 (.355) .014 (.355) .014 (.355) .015 (.380) .015 (.380) MIL-PRF SCREENING FLOWCHARTS MIL-PRF-55681 MIL-PRF-123 MIL-PRF-49467 (GROUP A) (GROUP A) (GROUP A) 100% ELECTRICALS THERMAL SHOCK DPA THERMAL SHOCK DWV VOLTAGE CONDITIONING 168 HRS, 2X VDCW, 125°C VISUAL INSPECTION VOLTAGE CONDITIONING 100 HRS, 2X VDCW, 125°C VISUAL & MECH. INSPECTION DWV, IR, HOT IR, CAP, DF TEST DPA VISUAL & MECH. INSPECTION VOLTAGE CONDITIONING 96 HRS, VDCW, 125°C PARTIAL DISCHARGE CAP, DF, DWV. IR TESTING VISUAL & MECH. INSPECTION DWV, IR, CAP, DF TEST SOLDERABILITY SOLDERABILITY B&C ENVIRONMENTAL & LIFE TEST B&C ENVIRONMENTAL & LIFE TEST B&C ENVIRONMENTAL & LIFE TEST HOW TO ORDER 1210 SIZE X 104 DIELECTRIC CAPACITANCE See Chart N = NPO X = BX B = X7R Value in Picofarads Two significant figures, followed by number of zeros: 104=100,000pF M 250 N X H T TOLERANCE VOLTAGE-VDCW TERMINATION F = +/- 1% N = Nickel Barrier 90/10 Sn/Pb THICKNESS OPTION HI REL TESTING PACKING OPTION MARKING OPTION T=Reeled M=Marked (See Marking Specifications) J = +/- 5% 250=25V X=Non standard thickness. Specify in Mils if Non EIA thickness is required. Specify Test Criteria COG only Two significant figures, followed by number of zeros: G = +/- 2% K = +/- 10% M = +/- 20% P = Silver Palladium M 19 THIN PROFILE CAPACITORS Popular EIA size chips are offered in very thin profile configuration with COG, X7R, Z5U and Y5V dielectric characteristics rated at 5 Vdc to 50 Vdc, for use as decoupling capacitors under other circuit elements, or for low profile RFID and “Smart Card” circuitry. MAX CAPACITANCE AT DISCRETE THICKNESS 3 digit code: two significant digits, followed by number of zeros eg: 472= 4700 pF. R denotes decimal, eg. 2R7 = 2.7 pF SIZE 0805 1206 1210 LENGTH L .080 (2.03) .125 (3.18) .125 (3.18) WIDTH W .050 (1.27) .060 (1.52) .100 (2.54) MB .020 (.508) .020 (.508) .020 (.508) MAXIMUM THICKNESS INCHES .012 .015 .018 .015 .018 .020 .015 .018 .020 MM .305 .381 .457 .381 .457 .508 .381 .457 .508 COG DIELECTRIC T L MB 0R1 0R1 0R1 0R5 0R5 0R5 3R0 3R0 3R0 5V 122 182 222 472 562 682 822 103 123 16V 821 122 152 332 392 472 392 682 822 25V 681 102 122 272 332 392 472 562 682 50V 471 821 102 182 272 272 332 472 562 MAX CAP @ W V O LTA G E Min Cap X7R DIELECTRIC Min Cap 121 121 121 121 121 121 121 121 121 5V 223 273 473 683 823 104 124 184 184 16V 223 273 393 683 823 104 124 154 184 25V 153 223 273 563 683 823 104 124 154 50V 123 183 223 333 563 683 823 104 124 DIMENSIONAL TOLERANCES 20 +/- INCHES (MM) LENGTH L .008 (.203) .008 (.203) .008 (.203) WIDTH W .008 (.203) .008 (.203) .008 (.203) MB .010 (.254) .010 (.254) .010 (.254) MAX CAPACITANCE AT DISCRETE THICKNESS (continued) SIZE 0805 1206 1210 LENGTH L .080 (2.03) .125 (3.18) .125 (3.18) WIDTH W .050 (1.27) .060 (1.52) .100 (2.54) MB .020 (.508) .020 (.508) .020 (.508) MAXIMUM THICKNESS INCHES .012 .015 .018 .015 .018 .020 .015 .018 .020 MM .305 .381 .457 .381 .457 .508 .381 .457 .508 Z5U DIELECTRIC 391 391 391 561 561 561 561 561 561 5V 124 154 254 274 394 394 564 684 824 16V 124 154 254 274 394 394 564 684 824 25V 683 104 124 224 274 334 474 564 684 50V 473 683 823 154 184 224 334 394 474 MAX CAP @ V O LTA G E Min Cap Y5V DIELECTRIC Min Cap 121 121 121 121 121 121 121 121 121 5V 154 184 274 334 474 474 684 824 105 16V 154 184 274 334 474 474 684 824 105 25V 823 124 154 274 334 394 564 684 824 50V 563 823 104 184 224 274 394 474 564 HOW TO ORDER 0805 Z 104 M 160 N SIZE DIELECTRIC CAPACITANCE TOLERANCE VOLTAGE-VDCW TERMINATION See Chart N = COG B = X7R Z = Z5U Y = Y5V Value in Picofarads Two significant figures, followed by number of zeros: J = +/- 5% Two significant figures, followed by number of zeros: N = Nickel Barrier V = Non solderable Silver P = Ag-Pd COG, X7R Only 104=100,000pF P = +100% - 0% K = +/- 10% COG, X7R Only M = +/- 20% Z = + 80% - 20% 160 =16V X T THICKNESS OPTION PACKING OPTION X=Non standard thickness. Specify in Mils if Non EIA thickness is required. T=Reeled 21 HIGH TEMPERATURE SMT NOVACAP manufactures chip capacitors designed to operate to 200°C in both COG and X7R dielectrics, for use in harsh environments, such as oil exploration and engine compartment circuitry. Product is available as surface mount chips in sizes 0805 to 7565, or as leaded encapsulated devices in sizes 1515 to 7565, rated to 500 volts (see additional data sheet). Consult NOVACAP for your specific requirements. CAPACITANCE SELECTION 3 digit code: two significant digits, followed by number of zeros eg: 183 = 18,000 pF SIZE 0805 1206 1210 1812 1825 2225 4540 7565 LENGTH L .080 (2.03) .125 (3.18) .125 (3.18) .180 (4.57) .180 (4.57) .220 (5.59) .450 (11.4) .750 (19.0) WIDTH W .050 (1.27) .060 (1.52) .100 (2.54) .125 (3.18) .250 (6.35) .250 (6.35) .400 (10.2) .650 (16.5) T MAX. .054 (1.37) .064 (1.63) .065 (1.65) .065 (1.65) .080 (2.03) .080 (2.03) .300 (7.62) .400 (10.2) MB .020 (.508) .020 (.508) .020 (.508) .024 (.610) .024 (.610) .030 (.760) .060 (1.52) .060 (1.52) COG DIELECTRIC 0R5 1R0 5R0 220 560 680 221 102 25V 222 682 123 223 473 563 224 474 50V 152 562 123 183 393 473 154 474 100V 821 272 472 822 223 273 124 474 250V 561 182 392 562 183 223 124 274 500V 331 821 182 272 822 103 563 184 200˚C - X7R DIELECTRIC Min Cap 121 221 331 331 471 471 102 103 25V 563 184 334 684 125 155 565 186 50V 473 124 274 474 684 684 395 126 100V 333 823 184 394 394 394 275 106 250V 153 393 823 154 184 224 225 685 500V 332 822 183 393 563 563 824 335 M A X C A P - Min Cap @ V O L T A G E 200˚C DIMENSIONAL TOLERANCES 22 +/- INCHES (MM) LENGTH L .008 (.203) .008 (.203) .008 (.203) .012 (.305) .012 (.305) .015 (.380) .015 (.380) .015 (.380) WIDTH W .008 (.203) .008 (.203) .008 (.203) .008 (.203) .015 (.380) .015 (.380) .015 (.380) .015 (.380) MB .010 (.254) .010 (.254) .010 (.254) .014 (.355) .014 (.355) .015 (.380) .015 (.380) .015 (.380) COG “D” CHARACTERISTICS X7R “E” DIELECTRIC CHARACTERISTICS OPERATING TEMPERATURE RANGE: -55°C to 200°C OPERATING TEMPERATURE RANGE: -55°C to 200°C TEMPERATURE COEFFICIENT UP TO 125˚C: 0 +/- 30 ppm/°C TEMPERATURE COEFFICIENT UP TO 125˚C: See TC Graph below. DISSIPATION FACTOR @ 25°C: .001 (0.1%) max DISSIPATION FACTOR @ 25° C: 2.5% max @ >25V, 3.5% max ≤25V INSULATION RESISTANCE, 25°C 125°C > 100GΩ or >1000ΩF > 10GΩ or >100ΩF INSULATION RESISTANCE, 25°C 125°C > 100GΩ or >1000ΩF > 10GΩ or >100ΩF DIELECTRIC WITHSTANDING VOLTAGE: < 200V, 250% 201-500V,150% or 500V* > 500V, 120%, or 750V* DIELECTRIC WITHSTANDING VOLTAGE: * WHICHEVER IS GREATER * WHICHEVER IS GREATER < 200V, 250% 201-500V,150% or 500V* > 500V, 120%, or 750V* AGING RATE: 0% per decade AGING RATE: < 2.0% per decade TEST PARAMETERS: 1KHz, 1.0 +/- 0.2 VRMS, 25°C 1MHZ for Capacitance <100pF TEST PARAMETERS: 1KHz, 1.0 +/- 0.2 VRMS, 25°C %∆C MINIMUM IR VS.TEMPERATURE TEMPERATURE COEFFICIENT ΩF 40 MΩ 20 1000 100K 100 10K 10 1K 0 -20 -40 -60 -80 0 0 -55 -25 COG 0 25 50 75 100 125 25 150 175 200°C ΩF X7R 50 75 100 125 150 175 200˚C MΩ WHICHEVER IS LESS FOR ANY GIVEN CAPACITANCE T L W MB HOW TO ORDER 1210 SIZE E 104 DIELECTRIC CAPACITANCE See Chart D = 200°C COG E = 200°C X7R Value in Picofarads Two significant figures, followed by number of zeros: 104=100,000pF M 250 P X TOLERANCE VOLTAGE-VDCW TERMINATION F = +/- 1% P= Silver Palladium THICKNESS OPTION HI REL TESTING PACKING OPTION MARKING OPTION T=Reeled M=Marked (See Marking Specifications) J = +/- 5% 250=25V X=Non standard thickness. Specify in Mils if Non EIA thickness is required. Ref: COG only Two significant figures, followed by number of zeros: G = +/- 2% K = +/- 10 % M = +/- 20 % N=Nickel Barrier, for less than 160°C operation H MIL-PRF-55681 T M 23 RING DETECT CAPACITORS NOVACAP offers a line of low ESR surface mount capacitors ideally suited for “Tip & Ring” applications. These units are designed with 250 VDC rating to withstand the 52 VDC bias and 150 VRMS signal during ring cadence. Chips are offered in X7R dielectric from 0.39µF to 1.00µF in sizes 1812, 1825 and 2225. Product is also available in Z5U and Y5V dielectric from 0.47µF to 1.30µF for other ring detection circuits. MAX CAPACITANCE @ 250 VDC 3 digit code: two significant digits, followed by number of zeros eg: 394 = 390,000 pF (0.39µF) SIZE 1812 1825 2225 LENGTH L .180 (4.57) .180 (4.57) .220 (5.59) WIDTH W .125 (3.18) .250 (6.35) .250 (6.35) T MAX .095 (2.41) .095 (2.41) .095 (2.41) MB .024 (.610) .024 (.610) .030 (.760) X7R DIELECTRIC MAXCAP@250V 474 824 105 Z5U / Y5V DIELECTRIC T L MAXCAP@250V MB W 564 105 DIMENSIONAL TOLERANCES +/- 135 INCHES (MM) LENGTH L .012 (.305) .012 (.305) .015 (.380) WIDTH W .008 (.203) .016 (.406) .015 (.380) MB .014 (.355) .014 (.355) .015 (.380) HOW TO ORDER RD1812 Y 474 SIZE DIELECTRIC CAPACITANCE See Chart B = X7R Z = Z5U Y = Y5V Value in Picofarads Two significant figures, followed by number of zeros: 474 = 470,000pF 24 M 251 N TOLERANCE VOLTAGE-VDCW TERMINATION J = +/- 5% X7R Only K = +/- 10% M = +/- 20% Z = +80% - 20% P = +100% - 0% 251 = 250VDC N = Nickel Barrier 90/10 Sn/Pb X T M THICKNESS OPTION PACKING OPTION MARKING OPTION X=Non standard thickness. Specify in Mils if Non EIA thickness is required. T=Reeled M=Marked (See Marking Specifications) CERTIFIED SAFETY CAPACITORS NOVACAP offers a line of MLC chip capacitors, sizes LS 1808, LS 1812, ES 2211 and ES 2215, X2, Y3 / Y2 Class Compliant * specifically designed for use in modem, facsimile, telephone and other electronic equipment where lightning or overvoltage surges can occur. These parts are rated at 3,000 Vdc (Y3) or 5000 Vdc (Y2) and 250 Vac safety approved and certified to EN 60950. The product is compliant to Standards EN 132400: 1994/A2: 1998/IEC60384-14, Second Edition: 1993/A1:1995, and meet the requirements of EN61000-4-5, IEC1000-4-5, and IEC801-4-5. Capacitors are available in COG (NP0) dielectric. SIZE T L W MB LS 1808 LS 1812 ES 2211 ES 2215 (Y3) (Y3) (Y2) (Y2) LENGTH L .180 (4.57) .180 (4.57) .220 (5.58) .220 (5.58) WIDTH W .080 (2.03) .125 (3.18) .110 (2.79) .150 (3.81) T MAX .080 (2.03) .120 (3.05) .110 (2.79) .150 (3.81) MB .024 (.609) Typical .024 (.609) Typical .030 (.762) Typical .030 (.762) Typical CREEPAGE .102 (2.60) Min .102 (2.60) Min .102 (3.00) Min .102 (3.00) Min 1000-2200pF 5-680pF 1000pF CAP RANGE 5-1000pF CERTIFICATION NUMBERS TUV R9972698.01,.02,.03 (LS 1808), R9972698.05 (LS 1812) & R2072738.01 (ES 2211, ES 2215) STANDARDS EN 132400, EN 60950, IEC 60384-14 Second Edition, Class X2 Y3 Part Identification Marking will be placed on the reel. HOW TO ORDER LS1808 N SIZE DIELECTRIC LS 1808 N = COG LS 1812 ES 2211 ES 2225 301 K 302 N CAPACITANCE MAX VALUE IS 1000pF TOLERANCE VOLTAGE-VDCW TERMINATION J = +/- 5 % LS 302 = 3000 VDC Two significant figures, followed by number of zeros: 331 = 330pF K = +/- 10 % ES 502 = 5000 VDC N = Nickel Barrier 90/10 Sn/Pbr M = +/- 20 % X T M THICKNESS OPTION PACKING OPTION MARKING OPTION X=Non standard thickness. Specify in Mils if required. T=Reeled Part marking available upon request *Compliant with Robustness of Termination (cl 4.3) test according to IEC 60384-1 amendment 3 cl 4.34 and 4.35 Resistance to Soldering Heat (cl 4.4) tested according to IEC 60384-1 amendment 3 cl. 4.14.2, Impulse Test made with 2.5 KV or 5.0KV as required according to 6.4.2.1 in EN 60950. The creepage distance between live parts of different polarity meets the requirements of IEC 60950. 25 - HIGH VOLTAGE MLC COMMERCIAL COMMERCIAL RANGES NOVACAP high voltage products are designed, manufactured and tested 100% for optimum performance. These capacitors offer the highest capacitance available per kilovolt rating, in COG and X7R characteristics and are appropriate for commercial/industrial applications to 10 KV. The non- polar inner electrode design permits capacitors to be arrayed in stacks with no voltage gradient between units. Chips have rounded surfaces to improve structural integrity and encapsulation in use. Applications include power supT L ply and voltage multiplier circuits. Other sizes and voltage ratings are available, please consult the factory. High reliability versions are offered and have restrict- W MB ed capacitance ranges, please refer to other NOVACAP data sheets. COMMERCIAL RANGES, RATED TO 6 KV SIZE 1515 1808 1812 1825 2020 2225 2520 3333 Min Cap 100 100 150 390 390 390 390 390 LENGTH L .150 (3.81) .180 (4.57) .180 (4.57) .180 (4.57) .200 (5.08) .220 (5.59) .250 (6.35) .330 (8.38) WIDTH W .150 (3.81) .080 (2.03) .125 (3.18) .250 (6.35) .200 (5.08) .250 (6.35) .200 (5.08) .330 (8.38) T MAX .130 (3.30) .080 (2.03) .100 (2.54) .140 (3.56) .180 (4.57) .150 (3.81) .180 (4.57) .250 (6.35) MB .040 (1.02) .038 (.965) .038 (.965) .038 (.965) .045 (1.14) .045 (1.14) .050 (1.27) .050 (1.27) MAXIMUM CAPACITANCE COG X7R COG X7R COG X7R COG X7R COG X7R COG X7R COG X7R COG X7R 500V 682 184 332 823 562 154 183 474 183 474 223 564 273 684 563 105 600V 392 104 272 683 472 124 123 274 103 224 153 394 123 334 333 564 800V 392 823 222 393 472 823 123 224 682 154 123 274 103 224 183 474 1000V 392 563 182 223 392 473 103 184 682 124 123 224 103 184 183 394 2000V 222 822 102 392 222 822 682 273 472 223 103 333 682 333 123 683 3000V 102 332 471 122 102 272 332 103 272 822 472 123 392 123 103 333 4000V 331 152 121 561 271 122 102 472 821 392 681 682 152 562 392 153 5000V • • • • • • 471 102 391 102 681 152 561 222 222 822 6000V • • • • • • • • • • • • • • 102 562 V O L T A G E 3 Digit Code: See How to Order Dimensions are in inches, bracketed dimensions in millimeters. Tolerances are +/- 5% L & W, or .015” (0.38 mm), whichever is greater. MB dimensions are maximum. T Max. for chip sizes 1808, 1812, 1825 and 2225 are greater than standard EIA max. thickness for those sizes. 26 - HIGH VOLTAGE MLC COMMERCIAL T L MB W COMMERCIAL RANGES, RATED TO 10 KV SIZE 3530 4040 4540 5440 5550 6560 7565 Min Cap 390 390 390 390 390 560 101 LENGTH L .350 (8.89) .400 (10.2) .450 (11.4) .540 (13.7) .550 (11.4) .650 (16.5) .750 (19.0) WIDTH W .300 (7.62) .400 (10.2) .400 (10.2) .400 (10.2) .500 (12.7) .600 (15.2) .650 (16.5) T MAX .250 (6.35) .300 (7.62) .300 (7.62) .300 (7.62) .300 (7.62) .300 (7.62) .400 (10.2) MB .050 (1.27) .060 (1.52) .060 (1.52) .060 (1.52) .060 (1.52) .060 (1.52) .060 (1.52) MAXIMUM CAPACITANCE V O L T A G E 3 Digit Code: See How to Order COG X7R COG X7R COG X7R COG X7R COG X7R COG X7R COG X7R 500V 563 105 393 105 823 185 104 225 124 275 154 395 224 565 1000V 183 394 333 684 393 824 473 824 563 125 104 185 124 225 2000V 123 683 223 154 273 154 333 184 393 274 683 394 823 684 3000V 103 333 183 683 223 823 223 823 333 124 563 184 683 334 4000V 472 183 822 273 103 333 123 393 153 563 223 104 393 154 5000V 272 822 392 183 472 223 562 223 682 393 123 473 183 823 6000V 122 562 152 123 222 123 332 153 392 223 682 333 103 563 7000V 821 332 152 822 182 822 222 103 332 153 562 223 822 393 8000V 821 272 152 562 152 682 182 822 272 123 392 153 562 333 9000V 681 222 122 472 152 562 182 562 222 103 332 123 472 273 10000V 561 182 102 392 122 392 152 472 222 822 332 103 392 223 Dimensions are in inches, bracketed dimensions in millimeters. Tolerances are +/- 5% L & W, or .015” (0.38 mm), whichever is greater. MB dimensions are maximum. 27 HIGH VOLTAGE MLC - COMMERCIAL COG DIELECTRIC CHARACTERISTICS X7R DIELECTRIC CHARACTERISTICS OPERATING TEMPERATURE RANGE: -55°C to 125°C OPERATING TEMPERATURE RANGE: -55°C to 125°C TEMPERATURE COEFFICIENT: 0 +/- 30 ppm/°C TEMPERATURE COEFFICIENT: +/-15% ∆C Max. DISSIPATION FACTOR: .001 (0.1%) max @ 25°C DISSIPATION FACTOR @ 25° C: .025 (2.5%) max @ 25°C INSULATION RESISTANCE, 25°C 125°C >100GΩ or >1000ΩF >10GΩ or >100ΩF INSULATION RESISTANCE, 25°C 125°C >100GΩ or >1000ΩF >10GΩ or >100ΩF DIELECTRIC WITHSTANDING VOLTAGE: 120% VDCW, or 750V* DIELECTRIC WITHSTANDING VOLTAGE: 120% VDCW, or 750V* * WHICHEVER IS GREATER * WHICHEVER IS GREATER AGING RATE: 0% per decade AGING RATE: < 2.0% per decade TEST PARAMETERS: 1KHz, 1.0 +/- 0.2 VRMS, 25°C 1MHZ for Capacitance <100pF TEST PARAMETERS: 1KHz, 1.0 +/- 0.2 VRMS, 25°C %∆C TYPICAL VOLTAGE COEFFICIENT 0 Dielectric withstanding voltage testing requires COG immersion of the device in a dielectric fluid to -10 -20 -30 X7R X7R X7R X7R preclude arcing over the chip surface, notably at -40 -50 10KV 2KV 8KV 6KV -60 voltages exceeding 1000 VDC. Conformal coating 2KV 4KV 6KV 8KV 10KV of chips is recommended in use to eliminate arcing. HOW TO ORDER 4540 B 103 M 302 N SIZE DIELECTRIC CAPACITANCE TOLERANCE VOLTAGE-VDCW TERMINATION See Chart N = COG Value in Picofarads Two significant figures, followed by number of zeros: 103 = 10,000 pF J = +/- 5 % Two significant figures, followed by number of zeros: N= Nickel Barrier sizes 1515 to 4540 only P = Silver Palladium S = Silver B = X7R 28 K = +/- 10 % M = +/- 20 % Z = +80%-20% P = +100%-0% 302=3000V X T M THICKNESS OPTION PACKING OPTION MARKING OPTION X=Non standard thickness. Specify in Mils if Non EIA thickness is required. T=Reeled M=Marked (See Marking Specifications) HIGH VOLTAGE MLC - HIGH RELIABILITY HIGH RELIABILITY RANGES NOVACAP high voltage capacitors are available specially tested for long term reliability. The non-polar inner electrode design permits capacitors to be arrayed in stacks with no voltage gradient between units. Chips have rounded surfaces to improve structural integrity and encapsulation in use. Units may be tested to MIL-PRF-49467 and MIL-PRF-55681. Applications include aerospace, airborne and military use for radar, power supplies and voltage multiplier circuits. Other sizes and voltage ratings are available, please consult NOVACAP. Commercial versions with higher capacitance efficiency per kilovolt are also available, please refer to other NOVACAP data sheets. T L MB W HIGH RELIABILITY RANGES, RATED TO 6 KV SIZE 1515 1808 1812 1825 2020 2225 2520 3333 Min Cap 100 100 150 390 390 390 390 390 LENGTH L .150 (3.81) .180 (4.57) .180 (4.57) .180 (4.57) .200 (5.08) .220 (5.59) .250 (6.35) .330 (8.38) WIDTH W .150 (3.81) .080 (2.03) .125 (3.18) .250 (6.35) .200 (5.08) .250 (6.35) .200 (5.08) .330 (8.38) T MAX .130 (3.30) .080 (2.03) .100 (2.54) .140 (3.56) .180 (4.57) .150 (3.81) .180 (4.57) .250 (6.35) MB .040 (1.02) .038 (.965) .038 (.965) .038 (.965) .045 (1.14) .045 (1.14) .050 (1.27) .050 (1.27) MAXIMUM CAPACITANCE COG X7R COG X7R COG X7R COG X7R COG X7R COG X7R COG X7R COG X7R 500V 472 683 272 333 562 563 123 224 123 124 153 274 183 184 473 474 600V 392 563 222 273 472 473 123 184 822 124 153 224 123 154 273 394 800V 392 473 222 183 472 393 103 124 682 104 123 184 103 154 183 394 1000V 332 333 182 123 392 273 103 823 682 683 123 124 103 104 183 274 2000V 222 392 102 152 222 332 682 123 472 103 103 183 682 153 123 563 3000V 561 122 221 471 471 102 152 392 122 332 102 562 222 822 562 273 4000V • • • • • • 102 222 821 182 681 272 152 392 392 153 5000V • • • • • • 471 102 391 102 561 152 561 222 182 822 6000V • • • • • • • • • • • • • • 102 562 V O L T A G E 3 Digit Code: See How to Order Dimensions are in inches, bracketed dimensions in millimeters. Tolerances are +/- 5% L & W, or .015” (0.38 mm), whichever is greater. MB dimensions are maximum. T Max. for chip sizes 1808, 1812, 1825 and 2225 are greater than standard EIA max. thickness for those sizes. 29 HIGH VOLTAGE MLC - HIGH RELIABILITY T L MB W HIGH RELIABILITY RANGES, RATED TO 10KV SIZE 3530 4040 4540 5440 5550 6560 7565 Min Cap 390 390 390 390 390 560 101 LENGTH L .350 (8.89) .400 (10.2) .450 (11.4) .540 (13.7) .550 (11.4) .650 (16.5) .750 (19.0) WIDTH W .300 (7.62) .400 (10.2) .400 (10.2) .400 (10.2) .500 (12.7) .600 (15.2) .650 (16.5) T MAX .250 (6.35) .300 (7.62) .300 (7.62) .300 (7.62) .300 (7.62) .300 (7.62) .400 (10.2) MB .050 (1.27) .060 (1.52) .060 (1.52) .060 (1.52) .060 (1.52) .060 (1.52) .060 (1.52) MAXIMUM CAPACITANCE V O L T A G E 3 Digit Code: See How to Order COG X7R COG X7R COG X7R COG X7R COG X7R COG X7R COG X7R 500V 473 394 393 684 683 824 823 105 124 125 154 185 224 275 1000V 183 274 333 474 393 564 473 684 563 824 104 125 124 185 2000V 123 683 223 104 273 124 333 124 393 184 683 334 823 474 3000V 682 333 123 393 153 563 183 823 223 104 393 184 473 224 4000V 472 183 822 273 103 333 123 393 153 563 223 104 393 154 5000V 222 822 332 183 392 223 472 223 562 393 123 473 153 823 6000V 122 472 182 123 222 123 332 153 392 223 682 333 103 563 7000V 821 332 152 822 182 822 222 103 272 153 562 223 822 393 8000V • • 152 562 152 682 182 822 272 123 392 153 562 333 9000V • • • • 152 562 182 682 222 103 332 123 472 273 10000V • • • • 122 392 152 472 222 822 272 103 392 223 Dimensions are in inches, bracketed dimensions in millimeters. Tolerances are +/- 5% L & W, or .015” (0.38 mm), whichever is greater. MB dimensions are maximum. 30 HIGH VOLTAGE MLC COG DIELECTRIC CHARACTERISTICS - HIGH RELIABILITY X7R DIELECTRIC CHARACTERISTICS OPERATING TEMPERATURE RANGE: -55°C to 125°C OPERATING TEMPERATURE RANGE: -55°C to 125°C TEMPERATURE COEFFICIENT: 0 +/- 30 ppm/°C TEMPERATURE COEFFICIENT: +/-15% ∆C Max. DISSIPATION FACTOR: .001 (0.1%) max @ 25°C DISSIPATION FACTOR @ 25° C: .025 (2.5%) max @ 25°C INSULATION RESISTANCE, 25°C 125°C >100GΩ or >1000ΩF >10GΩ or >100ΩF INSULATION RESISTANCE, 25°C 125°C >100GΩ or >1000ΩF >10GΩ or >100ΩF DIELECTRIC WITHSTANDING VOLTAGE: 120% VDCW, or 750V* DIELECTRIC WITHSTANDING VOLTAGE: 120% VDCW, or 750V* * WHICHEVER IS GREATER * WHICHEVER IS GREATER AGING RATE: 0% per decade AGING RATE: < 2.0% per decade TEST PARAMETERS: 1KHz, 1.0 +/- 0.2 VRMS, 25°C 1MHZ for Capacitance <100pF TEST PARAMETERS: 1KHz, 1.0 +/- 0.2 VRMS, 25°C %∆C Dielectric withstanding voltage testing requires TYPICAL VOLTAGE COEFFICIENT 0 COG immersion of the device in a dielectric fluid to -10 -20 -30 X7R X7R X7R X7R preclude arcing over the chip surface, notably at -40 -50 10KV 2KV 8KV 6KV -60 voltages exceeding 1000 VDC. Conformal coating 2KV 4KV 6KV 8KV 10KV of chips is recommended in use to eliminate arcing. HOW TO ORDER 4540 SIZE B 103 DIELECTRIC CAPACITANCE See Chart N = COG B = X7R Value in Picofarads Two significant figures, followed by number of zeros: 103 = 10,000 pF M 302 N TOLERANCE VOLTAGE-VDCW TERMINATION J = +/- 5 % Two significant figures, followed by number of zeros: 302 = 3000V K = +/- 10 % M = +/- 20 % Z = +80% - 20% P = +100% - 0% X THICKNESS N= Nickel Barrier OPTION sizes 1515 X=Non to 4540 only standard P = Silver thickness. Palladium Specify in S = Silver Mils if Non EIA thickness is required. H T HIGH RELIABILITY TEST PACKING OPTION MARKING OPTION T=Reeled M=Marked (See Marking Specifications) Specify Test M 31 SPECIALTY MLC PRODUCTS NOVACAP produces a variety of specialty surface mount MLC sizes, as well as feed thru capacitors, available in COG, X7R, Z5U or Y5V dielectrics. The data sheet shows some of the other chip sizes and specialty product currently fabricated. NOVACAP will manufacture custom product to customer SCD. Please consult the factory with your particular requirements. SPECIAL MLC SIZES 25 TO 250 VOLT RATINGS (Shown in ascending length dimension-inches) CHIP SIZE 32 L W T MAX CHIP SIZE L W T MAX 0 4 03 0 6 12 .040 .060 .030 .125 .033 .060 2868 2959 .280 .290 .680 .590 .150 .150 0 7 05 0 8 10 .070 .080 .050 .100 .054 .060 3018 3025 .300 .300 .180 .250 .150 .180 0 9 05 0 9 07 .090 .090 .050 .070 .054 .060 3058 3438 .300 .340 .580 .380 .180 .180 1 1 06 1 2 04 .110 .120 .060 .040 .050 .044 3520 3625 .350 .360 .200 .250 .180 .180 1 2 05 1 2 14 .120 .120 .050 .140 .054 .065 3640 3680 .360 .360 .400 .800 .250 .200 1 4 05 1 5 05 .140 .150 .050 .050 .054 .054 3840 3915 .380 .390 .400 .150 .200 .250 1 7 06 1 8 05 .170 .180 .060 .050 .050 .054 4036 43100 .400 .430 .360 1.00 .250 .250 2 0 18 2 2 18 .200 .220 .180 .180 .120 .120 43200 4848 .430 .480 2.00 .480 .250 .300 2 2 20 2 2 24 .220 .220 .200 .240 .120 .120 4896 4920 .480 .490 .960 .200 .300 .200 2 3 26 2 4 21 .230 .240 .260 .210 .120 .150 4940 55100 .490 .550 .400 1.00 .300 .300 2 4 26 2 5 18 .240 .250 .260 .180 .150 .150 5830 5868 .580 .580 .300 .680 .300 .300 2 5 25 2 6 28 .250 .260 .250 .280 .150 .200 5880 5929 .580 .590 .800 .290 .300 .300 2 8 15 2 8 38 .280 .280 .150 .380 .150 .150 78150 100100 .780 1.00 1.50 1.00 .300 .300 100200 1.00 2.00 .400 HIGH VOLTAGE SPECIAL SIZES TO 10 KV (Shown in ascending length dimension-inches) SPECIALTY MLC APPLICATIONS SPECIALTY MLC APPLICATIONS LOW ESR - ESL CHIP CAPACITORS CHIP SIZE L W T MAX electrode axis (sizes 0612, 0810 and 1214) to reduce 2211 2319 .220 .230 .110 .190 .180 .180 current paths and resistance to charging current flow 2321 3010 .230 .300 .210 .100 .180 .200 between electrodes, qualities which lower ESR and ESL 3015 3030 .300 .300 .150 .300 .200 .200 for improved performance in high speed de-coupling. 3327 3424 .330 .340 .270 .240 .250 .250 3545 3560 .350 .350 .450 .600 .250 .250 4020 5040 .400 .500 .200 .400 .300 .300 HIGH VOLTAGE 5128 5248 .510 .520 .280 .480 .300 .300 NOVACAP specializes in High Voltage applications. The 5440 6040 .540 .600 .400 .400 .300 .300 sizes listed are designed with multiple cascading internal 6060 6666 .600 .660 .600 .660 .300 .300 electrodes, to better distribute charge 7030 7060 .700 .700 .300 .600 .300 .300 Contact 7065 8040 .700 .800 .650 .400 .300 .400 NOVACAP for solutions to your high voltage needs. 8080 9040 .800 .900 .800 .400 .400 .400 11050 13060 1.10 1.30 .500 .600 .400 .400 NOVACAP produces chips terminated along the long and minimize dielectric stress for enhanced reliability. FEED-THRU COMPONENTS “FEED-THRU” COMPONENTS NOVACAP manufactures feed thru units used to provide signal conduits through openings while suppressing EMI and RFI interference. Capacitors are constructed with ground plane electrodes completely surrounding the signal feed thru contact, to provide very low ESR and ESL for most effective filtering. Units are supplied as single or multiple devices, with Ag/Pd terminations for easy surface mount attachment to chassis openings. Available in COG, X7R Z5U or Y5V dielectrics, 25 VDC to 1000 VDC rating. Consult NOVACAP for design styles, capacitance ranges, or to specify your requirements. 33 CAPACITOR ARRAYS The Cap-Rack (US Patent 6,058,004) is an assembly of individual chip capacitors, bonded with high temperature epoxy. This construction permits the assembly of dissimilar capacitance values or dielectrics into one single component, providing extended freedom for board space utilization. The design reduces harmful thermal stress during assembly, behaving as individual components, not as a single large ceramic mass. The Cap-Rack also reduces “cross talk” to insignificant levels by elimination of capacitance coupling between adjacent capacitors. Cap-Racks are available as groupings of chip sizes 0603, 0805, 1005, 1206, 1210, 1808 and 1812, from pairs to as many as eight chips. See separate data sheets for capacitance ranges of the various sizes. Custom sizes, particularly for high voltage applications, are also available. Footprint dimensions can vary to optimize board space usage. The tables provide typical dimensions and footprints for highest capacitance designs. Consult NOVACAP for your specific requirements. TYPICAL 4 UNIT ARRAYS CR0612 CR1218 L (+/- .015) .060 (1.52) .120 (3.05) T MAX. .036 (.914) .060 (1.52) W MAX. .126 (3.20) .265 (6.73) p (+/- .010) .035 (.890) .067 (1.70) MB MAX. .014 (.356) .030 (.760) ARRAY SIZE MAXIMUM CAPACITANCE PER CHIP V O L T A G E (3 Digit Code) 34 COG X7R Y5V COG X7R Y5V 16V 102 273 184 153 334 185 25V 821 183 124 123 274 155 50V 681 183 823 103 224 125 100V 331 103 333 562 124 334 250V 181 682 562 272 563 683 500V • • • 102 273 • Cap Arrays require drawings to specify .010 typ length and width of L T array, and chip used. Contact Novacap to specify your Cap- Rack MB P requirement. W TYPICAL CONSTRUCTION Dimensions “P” and “W” may be less than shown when thinner chips are utilized. HOW TO ORDER CR XXYY N 272 K 101 N SIZE DIELECTRIC CAPACITANCE TOLERANCE VOLTAGE-VDCW TERMINATION Cap-Rack XX= Length of Array N = COG B = X7R Y = Y5V Value in Picofarads Two significant figures, followed by number of zeros: B = 0.10 pF C = 0.25 pF D = 0.50 pF F = +/- 1.0 % G = +/- 2.0 % H = +/- 3.0 % Two significant figures, followed by number of zeros: 101 = 100V 272 = 2700 pF J = +/- 5.0 % K = +/- 10 % M= +/- 20 % Z = +80% -20% P = +100% -0% YY = Width 0818 = .080 x .180 COG STYLE N = NickelBarrier P = Ag-Pd 4 NUMBER OF CHIPS H W HI REL OPTION PACKING OPTION Ref: MIL-PRF-55681 T=Reeled 35 HIGH-TEMP CAPACITORS NOVACAP manufactures encapsulated capacitors designed to operate to 200 °C in both COG and X7R dielectrics for use in very harsh environments, where isolation and protection of the device is required for optimum reliability. Product is available as encapsulated devices with 22 AWG tinned copper leads, in sizes 1515 to 7565, rated to 500 volts, marked with capacitance and voltage ratings. Consult NOVACAP for your specific requirements. CAPACITANCE SELECTION 3 digit code: two significant digits, followed by number of zeros eg: 183 = 18,000 pF V O L T A G E 156K 50V 5550 6560 7565 1515 2520 3530 W MAX. .300 (7.62) .400 (10.2) .500 (12.7) .725 (18.4) .795 (20.2) .925 (23.5) 1.125 (28.6) H MAX. .300 (7.62) .400 (10.2) .500 (12.7) .500 (12.7) .745 (18.9) .750 (19.0) .750 (19.0) T MAX. .150 (3.81) .200 (5.08) .265 (6.73) .325 (8.26) .350 (8.89) .350 (8.89) .375 (9.52) S +/- .030 .170 (4.32) .280 (7.10) .380 (9.65) .480 (12.2) .580 (14.7) .680 (17.3) .780 (19.8) - 4540 COG DIELECTRIC Min Cap 100 390 390 390 390 560 101 25V 333 104 184 274 334 564 684 50V 333 104 184 274 334 474 684 100V 273 823 154 224 224 394 474 250V 153 473 104 154 224 334 474 500V 562 183 473 823 124 184 224 & C A P 106K 100V 103K 100V 200˚C M A X 275K 250V 103K 100V SIZE 36 102K 500V 103K 100V 200˚C - X7R DIELECTRIC Min Cap 102 102 102 102 122 182 272 25V 824 225 395 685 106 156 186 50V 684 225 395 685 825 126 156 100V 564 185 335 565 685 106 126 250V 154 684 155 275 395 565 825 500V 683 184 394 82 155 225 275 COG “D” CHARACTERISTICS X7R “E” DIELECTRIC CHARACTERISTICS OPERATING TEMPERATURE RANGE: -55°C to 200°C OPERATING TEMPERATURE RANGE: -55°C to 200°C TEMPERATURE COEFFICIENT UP TO 125˚C: 0 +/- 30 ppm/°C TEMPERATURE COEFFICIENT UP TO 125˚C: +/- 15% ∆C max DISSIPATION FACTOR @ 25°C: .001 (0.1%) max DISSIPATION FACTOR @ 25° C: 2.5% max @ >25V, 3.5% max ≤25V INSULATION RESISTANCE, 25°C 125°C > 100GΩ or >1000ΩF > 10GΩ or >100ΩF INSULATION RESISTANCE, 25°C 125°C > 100GΩ or >1000ΩF > 10GΩ or >100ΩF DIELECTRIC WITHSTANDING VOLTAGE: < 200V, 250% 201-500V,150% or 500V* > 500V, 120%, or 750V* DIELECTRIC WITHSTANDING VOLTAGE: * WHICHEVER IS GREATER * WHICHEVER IS GREATER < 200V, 250% 201-500V,150% or 500V* > 500V, 120%, or 750V* AGING RATE: 0% per decade AGING RATE: < 2.0% per decade TEST PARAMETERS: 1KHz, 1.0 +/- 0.2 VRMS, 25°C 1MHZ for Capacitance <100pF TEST PARAMETERS: 1KHz, 1.0 +/- 0.2 VRMS, 25°C %∆C MINIMUM IR VS.TEMPERATURE TEMPERATURE COEFFICIENT ΩF 40 MΩ 20 1000 100K 100 10K 10 1K 0 -20 -40 -60 -80 0 0 -55 -25 COG 0 25 50 75 100 125 25 150 175 200°C ΩF X7R 50 75 100 125 150 175 200˚C MΩ WHICHEVER IS LESS FOR ANY GIVEN CAPACITANCE HOW TO ORDER 4540 E 104 M 250 LC T SIZE DIELECTRIC CAPACITANCE TOLERANCE VOLTAGE-VDCW TERMINALS See Chart D = 200°C COG E = 200°C X7R Value in Picofarads Two significant figures, followed by number of zeros: F = +/- 1 % G = +/- 2 % COG only Two significant figures, followed by number of zeros: LC = Encapsulated HM W J = +/- 5 % K = +/- 10 % M= +/- 20 % 250=25V T HI REL TEST OPTION H S 1.25" min 104=100,000pF 22AWG (.025” Diam) 37 RADIAL LEAD HV CAPACITORS - COMMERCIAL RANGES COMMERCIAL RANGES NOVACAP High Voltage Leaded Capacitors are available in COG and X7R characteristics. Conformal coating and lead mounting provide a rugged configuration for optimum performance, with high capacitance efficiency per KV rating. Units are designed for commercial/industrial use to 10 KV, with application in power supply and voltage multiplier circuits. Minimum voltage is 500 Vdc. Higher voltage ratings are available, as well as high reliability versions, with restricted capacitance ranges. Please refer to other NOVACAP literature, or consult the factory. 102K 2000V 102K 2000V SIZE 274M 3000V 103K 1000V 103K 5000V 102K 2000V 123M 7000V 3530 4540 5550 6560 7565 1515 2520 W MAX. .250 (6.35) .400 (10.2) .500 (12.7) .600 (15.2) .700 (17.8) .800 (20.3) .900 (22.8) H MAX. .250 (6.35) .350 (8.89) .450 (11.4) .550 (11.4) .650 (16.5) .750 (19.0) .850 (21.6) T MAX. .200 (5.08) .250 (6.35) .350 (8.89) .400 (10.2) .400 (10.2) .400 (10.2) .500 (12.7) S +/- .030 .170 (4.32) .280 (7.10) .380 (9.65) .480 (12.2) .580 (14.7) .680 (17.3) .780 (19.8) MAXIMUM CAPACITANCE V O L T A G E 3 Digit Code: See How to Order COG X7R COG X7R COG X7R COG X7R COG X7R COG X7R COG X7R 500V 682 184 223 564 393 824 563 125 104 185 154 275 224 475 600V 392 104 123 274 273 564 473 824 563 155 104 225 154 335 800V 392 823 103 224 183 334 333 684 563 125 823 185 104 225 1000V 392 563 103 184 153 274 223 564 563 105 823 155 104 185 2000V 222 822 682 333 123 473 183 823 393 154 563 224 683 394 3000V 102 332 392 123 822 223 822 393 273 683 393 104 563 184 4000V 331 152 152 562 392 123 272 183 123 273 183 393 333 823 5000V • • 561 222 182 562 182 103 472 183 562 273 153 563 6000V • • • • 102 332 122 682 332 123 472 183 562 333 7000V • • • • 681 222 122 472 222 822 332 123 472 223 8000V • • • • 471 152 821 332 182 682 272 822 472 183 9000V • • • • 391 102 681 272 152 562 222 682 392 153 10000V • • • • • • • 222 122 392 182 562 392 123 Dimensions in inches; bracketed dimensions in millimeters. 38 COG DIELECTRIC CHARACTERISTICS OPERATING TEMPERATURE RANGE: -55°C to 125°C TEMPERATURE COEFFICIENT: 0 +/- 30 ppm/°C DISSIPATION FACTOR: .001 (0.1%) max @ 25°C INSULATION RESISTANCE, 25°C 125°C >100GΩ or >1000ΩF >10GΩ or >100ΩF DIELECTRIC WITHSTANDING VOLTAGE: 120% VDCW, or 750V* * WHICHEVER IS GREATER %∆C TYPICAL VOLTAGE COEFFICIENT 0 COG -20 X7R X7R X7R 10KV 2KV 6KV 8KV 4KV 1KHz, 1.0 +/- 0.2 VRMS, 25°C 1MHZ for Capacitance <100pF OPERATING TEMPERATURE RANGE: -55°C to 125°C TEMPERATURE COEFFICIENT: +/-15% ∆C Max. DISSIPATION FACTOR @ 25° C: .025 (2.5%) max @ 25°C INSULATION RESISTANCE, 25°C 125°C >100GΩ or >1000ΩF >10GΩ or >100ΩF DIELECTRIC WITHSTANDING VOLTAGE: 120% VDCW, or 750V* * WHICHEVER IS GREATER -60 2KV TEST PARAMETERS: X7R -40 -50 0% per decade X7R DIELECTRIC CHARACTERISTICS -10 -30 AGING RATE: 6KV 8KV AGING RATE: < 2.0% per decade TEST PARAMETERS: 1KHz, 1.0 +/- 0.2 VRMS, 25°C 10KV HOW TO ORDER 4540 B 103 K 302 LE T SIZE DIELECTRIC CAPACITANCE TOLERANCE VOLTAGE-VDCW TERMINALS See Chart N = COG B = X7R Value in Picofarads Two significant figures, followed by number of zeros: 103 = 10,000pF J = +/- 5 % K = +/- 10 % M = +/- 20 % Two significant figures, followed by number of zeros: 302 = 3000V LE = Radial Lead Conformal Coat M W T H LO = Radial Lead Uncoated .150 S (CL) 1.25" min 22AWG (.025” Diam) 39 - RADIAL LEAD HV CAPACITORS HIGH RELIABILITY RANGES HIGH RELIABILITY RANGES NOVACAP High Voltage Leaded Capacitors with optimum design and special testing for long term reliability are available in COG and X7R characteristics. Conformal coating and lead mounting provide a rugged configuration for optimum performance. Units may be tested to MIL-PRF-49467 and/or MIL-PRF-39014. Applications include aerospace, airborne and military use for radar, power supplies and voltage multiplier circuits. Higher than cataloged voltage ratings are available. Commercial versions with higher capacitance efficiency per KV are offered, please refer to other NOVACAP literature, or consult the factory. 103K 5000V 102K 2000V 123M 7000V 274M 3000V 102K 2000V 102K 2000V 103K 1000V 1515 2520 3530 4540 5550 6560 7565 W MAX. .250 (6.35) .400 (10.2) .500 (12.7) .600 (15.2) .700 (17.8) .800 (20.3) .900 (22.8) H MAX. .250 (6.35) .350 (8.89) .450 (11.4) .550 (11.4) .650 (16.5) .750 (19.0) .850 (21.6) T MAX. .200 (5.08) .250 (6.35) .350 (8.89) .400 (10.2) .400 (10.2) .400 (10.2) .500 (12.7) S +/- .030 .170 (4.32) .280 (7.10) .380 (9.65) .480 (12.2) .580 (14.7) .680 (17.3) .780 (19.8) SIZE MAXIMUM CAPACITANCE V O L T A G E 3 Digit Code: See How to Order COG X7R COG X7R COG X7R COG X7R COG X7R COG X7R COG X7R 500V 472 683 153 154 333 334 393 564 563 105 104 155 184 185 600V 392 563 123 124 223 274 393 564 563 105 823 155 124 185 800V 392 473 123 124 153 274 333 564 563 824 823 125 104 185 1000V 332 333 103 104 153 224 333 394 563 684 823 105 104 125 2000V 222 392 682 153 123 473 223 683 393 104 563 154 683 274 3000V 561 122 222 822 562 223 123 333 183 473 333 683 393 124 4000V • • 152 392 392 123 822 183 123 273 183 393 333 823 5000V • • 561 222 182 562 272 103 392 183 562 273 103 563 6000V • • • • 821 332 182 682 332 103 472 183 562 333 7000V • • • • 681 222 122 472 222 822 332 123 472 223 8000V • • • • 471 152 122 332 182 682 272 822 472 183 9000V • • • • 391 102 821 272 152 562 222 682 392 153 10000V • • • • • • 681 222 122 392 182 562 332 123 Dimensions in inches; bracketed dimensions in millimeters. 40 COG DIELECTRIC CHARACTERISTICS OPERATING TEMPERATURE RANGE: -55°C to 125°C TEMPERATURE COEFFICIENT: 0 +/- 30 ppm/°C DISSIPATION FACTOR: .001 (0.1%) max @ 25°C INSULATION RESISTANCE, 25°C 125°C >100GΩ or >1000ΩF >10GΩ or >100ΩF DIELECTRIC WITHSTANDING VOLTAGE: 120% VDCW, or 750V* * WHICHEVER IS GREATER %∆C 0% per decade TEST PARAMETERS: 1KHz, 1.0 +/- 0.2 VRMS, 25°C 1MHZ for Capacitance <100pF X7R DIELECTRIC CHARACTERISTICS TYPICAL VOLTAGE COEFFICIENT 0 AGING RATE: OPERATING TEMPERATURE RANGE: -55°C to 125°C TEMPERATURE COEFFICIENT: +/-15% ∆C Max. DISSIPATION FACTOR @ 25° C: .025 (2.5%) max @ 25°C INSULATION RESISTANCE, 25°C 125°C >100GΩ or >1000ΩF >10GΩ or >100ΩF DIELECTRIC WITHSTANDING VOLTAGE: 120% VDCW, or 750V* COG -10 -20 -30 X7R X7R X7R X7R -40 -50 * WHICHEVER IS GREATER 10KV 2KV 6KV 8KV -60 2KV 4KV 6KV 8KV 10KV AGING RATE: < 2.0% per decade TEST PARAMETERS: 1KHz, 1.0 +/- 0.2 VRMS, 25°C HOW TO ORDER 4540 B 103 K 302 LE T SIZE DIELECTRIC CAPACITANCE TOLERANCE VOLTAGE-VDCW TERMINALS See Chart N = COG B = X7R Value in Picofarads Two significant figures, followed by number of zeros: J = +/- 5 % K = +/- 10 % M = +/- 20 % Two significant figures, followed by number of zeros: LE = Radial Lead Conformal Coat HM W 302 = 3000V LO = Radial Lead Uncoated T HIGH RELIABILITY H Specify Testing .150 S (CL) 1.25" min 103 = 10,000pF 22AWG (.025” Diam) 41 “ST’ CAPACITOR ASSEMBLIES NOVACAP capacitor assemblies with low equivalent series resistance (ESR) and low equivalent series inductance (ESL) are available in dielectric characteristics COG, X7R and Y5V. These assemblies provide the highest capacitance available, based on chip designs for general purpose use. The leaded configurations safeguard the device against thermal and mechanical stresses, and include thru-hole and surface mount J and L style leads, bonded with high temperature solder. High reliability versions for Switch Mode use are described separately, (refer to the “Switch’M” Capacitor Assemblies data sheet). Other sizes and voltage ratings than indicated in the tables are available, consult NOVACAP. LEAD CONFIGURATION AND ASSEMBLY OPTIONS D E X X "LL" LEADS .055 +/- .010 "LJ" LEADS .250 min .010 X .025 min .100 max .020 =/- .002 "TL" LEADS .100 C "NN" OR "NP" GENERAL PURPOSE “ST” SERIES CAPACITANCE & VOLTAGE SELECTION MAXIMUM CAPACITANCE (FULL STACK OF 6 CHIPS) DIMENSIONS - INCH (MM) SIZE C D +/- .025 +/- .025 E Max X Max 3 Digit Code: See How to Order Leads /Side X7R Y5V 100v 200v 500v 50v 100v 200v 500v 50v 100v ST 1812 .600 .125 .210 .260 (5.33) (3.18) (6.60) (15.2) 2 184 154 124 393 475 395 225 684 226 106 ST 1825 .600 .250 .210 .260 (5.33) (6.35) (6.60) (15.2) 3 474 334 274 823 106 825 565 155 476 186 ST 2225 .715 .250 .250 .300 (6.35) (6.35) (7.62) (18.2) 3 564 474 334 104 106 106 685 225 566 226 ST 3640 .715 .400 .400 .430 (10.2) (10.2) (10.9) (18.2) 4 125 125 564 224 276 226 186 335 • • ST 4540 .715 .400 .480 .530 (12.2) (10.2) (13.5) (18.2) 4 155 125 684 224 336 276 226 335 • • ST 5550 .500 .580 .630 .715 (14.7) (12.7) (16.0) (18.2) 5 155 125 824 274 396 336 226 565 • • ST 7565 .830 .715 .650 .780 (19.8) (16.5) (21.1) (18.2) 6 335 225 155 564 826 566 476 106 • • Dimensions in inches; bracketed dimensions in millimeters. 42 COG 50v COG DIELECTRIC CHARACTERISTICS OPERATING TEMPERATURE RANGE: -55°C to 125°C TEMPERATURE COEFFICIENT: 0 +/- 30 ppm/°C 1.00 DISSIPATION FACTOR @ 25°C: .001(0.1%) max 0.10 INSULATION RESISTANCE, 25°C 125°C >100GΩ or >1000ΩF >10GΩ or >100ΩF DIELECTRIC WITHSTANDING VOLTAGE: < 200V or >100ΩF ESR VS. FREQUENCY Ohms 201-500V, 150% or 500V* * WHICHEVER IS GREATER 0.01 0.001 AGING RATE: 0% per decade TEST PARAMETERS 25°C: 1KHz, 1.0 +/- 0.2 VRMS 1MHZ for Capacitance <100pF 0.0001 1.0 10 100 Frequency - KHz 1000 X7R DIELECTRIC CHARACTERISTICS Typical Tantalum Typical 30µF X7R MLC Ohms IMPEDANCE VS. FREQUENCY 10 OPERATING TEMPERATURE RANGE: -55°C to 125°C TEMPERATURE COEFFICIENT: +/-15% ∆C Max. DISSIPATION FACTOR @ 25° C: 2.5% max @ >25V 3.5% max @ ≤25V INSULATION RESISTANCE, 25°C 125°C >100GΩ or >1000ΩF >10GΩ or >100ΩF DIELECTRIC WITHSTANDING VOLTAGE: * WHICHEVER IS GREATER <200V,250% 201-500V,150% or 500V* AGING RATE: < 2.0% per decade TEST PARAMETERS 25°C: 1KHz, 1.0 +/- 0.2 VRMS 1.0 .10 Y5V DIELECTRIC CHARACTERISTICS OPERATING TEMPERATURE RANGE: -30°C to 85°C TEMPERATURE COEFFICIENT: +22% -82% ∆C Max. DISSIPATION FACTOR @ 25° C: 5.0% max @ >25V 7.0% max @ ≤25V INSULATION RESISTANCE, 25°C 125°C >10GΩ or >100ΩF N/A DIELECTRIC WITHSTANDING VOLTAGE: * WHICHEVER IS GREATER < 200V, 250% 201-500V,150% or 500V* AGING RATE: < 2.0% per decade TEST PARAMETERS 25°C: 1KHz, 0.5 +/- 0.2 VRMS .01 .001 .001 .01 0.1 1.0 Frequency - MHz 10 Typical 30µF MLC Typical 150µF MLC HOW TO ORDER ST 3640 B 825 STYLE SIZE DIELECTRIC CAPACITANCE ST = General Purpose See Chart N = COG B = X7R Y = Y5V Value in Picofarads Two significant figures, followed by number of zeros: K 101 TOLERANCE COG B = 0.10 pF C = 0.25 pF D = 0.50 pF F = +/- 1.0 % G = +/- 2.0 % H = +/- 3.0 % J = +/- 5.0 % 825= 8,200,000 pF K = +/- 10 % M= +/- 20 % (8.2m F) Z = +80% -20% P = +100% -0% LJ VOLTAGE-VDCW LEAD STYLE Two significant figures, followed by number of zeros: 101 = 100V LN = LL = LJ = TL = TJ = NN = NP = Straight L Lead J Lead L Tab J Tab Nickel Pd/Ag X OPTION Specify Standoff dimension (X) if less than max. W PACKING OPTION M OPTION M=Marked W=Waffle T=Reeled 43 “SWITCH’M” CAPACITOR ASSEMBLIES High capacitance assemblies with low equivalent series resistance (ESR) and low equivalent series inductance (ESL) are available for use in high power or high frequency applications, as replacement for tantalums and aluminum electrolytics. Uses include input and output filters in switch mode power supplies, high capacitance discharge circuits, and high temperature filtering/decoupling. The leaded configurations safeguard the device against thermal and mechanical stresses, and include thru-hole and surface mount J and L style leads, bonded with high temperature solder. Dielectric characteristics offered are COG, X7R and Y5V. The “SM” series are tested per DESC drawing 87106. Other sizes and voltage ratings than indicated in the tables are available, consult NOVACAP. LEAD CONFIGURATION AND ASSEMBLY OPTIONS D E X X "LL" LEADS .055 +/- .010 "LJ" LEADS .250 min .010 X .025 min .100 max .020 =/- .002 "TL" LEADS .100 C "NN" OR "NP" ‘SWITCH’M SERIES (HI REL TESTED) CAPACITANCE & VOLTAGE SELECTION MAXIMUM CAPACITANCE (FULL STACK OF 6 CHIPS) DIMENSIONS - INCH (MM) SIZE C D +/- .025 +/- .025 E Max X Max 3 Digit Code: See How to Order Leads /Side X7R Y5V 100v 200v 500v 50v 100v 200v 500v 50v 100v ST 1812 .600 .125 .210 .260 (5.33) (3.18) (6.60) (15.2) 2 184 124 104 273 395 335 185 394 226 106 ST 1825 .600 .250 .210 .260 (5.33) (6.35) (6.60) (15.2) 3 474 334 224 563 106 685 395 824 396 156 ST 2225 .715 .250 .250 .300 (6.35) (6.35) (7.62) (18.2) 3 564 394 334 683 106 825 475 105 566 226 ST 3640 .715 .400 .400 .430 (10.2) (10.2) (10.9) (18.2) 4 125 105 564 154 276 226 126 684 • • ST 4540 .715 .400 .480 .530 (12.2) (10.2) (13.5) (18.2) 4 155 125 684 184 336 276 126 824 • • ST 5550 .500 .580 .630 .715 (14.7) (12.7) (16.0) (18.2) 5 155 125 684 224 396 276 156 475 • • ST 7565 .830 .715 .650 .780 (19.8) (16.5) (21.1) (18.2) 6 335 225 125 474 826 476 276 106 • • Dimensions in inches; bracketed dimensions in millimeters. 44 COG 50v COG DIELECTRIC CHARACTERISTICS ESR VS. FREQUENCY OPERATING TEMPERATURE RANGE: -55°C to 125°C TEMPERATURE COEFFICIENT: 0 +/- 30 ppm/°C 1.00 DISSIPATION FACTOR @ 25°C: .001(0.1%) max 0.10 INSULATION RESISTANCE, 25°C 125°C >100GΩ or >1000ΩF >10GΩ or >100ΩF DIELECTRIC WITHSTANDING VOLTAGE: * WHICHEVER IS GREATER < 200V, 250% 201-500V, 150% or 500V* AGING RATE: 0% per decade TEST PARAMETERS 25°C: 1KHz, 1.0 +/- 0.2 VRMS, 25°C 1MHZ for Capacitance <100pF Ohms 0.01 0.001 0.0001 1.0 10 100 Frequency - KHz 1000 X7R DIELECTRIC CHARACTERISTICS Typical Tantalum Typical 30µF X7R MLC Ohms IMPEDANCE VS. FREQUENCY 10 OPERATING TEMPERATURE RANGE: -55°C to 125°C TEMPERATURE COEFFICIENT: +/-15% ∆C Max. DISSIPATION FACTOR @ 25° C: 2.5% max @ >25V 3.5% max @ ≤25V INSULATION RESISTANCE, 25°C 125°C >100GΩ or >1000ΩF >10GΩ or >100ΩF DIELECTRIC WITHSTANDING VOLTAGE: * WHICHEVER IS GREATER <200V, 250% 201-500V,150% or 500V* AGING RATE: < 2.0% per decade TEST PARAMETERS 25°C: 1KHz, 1.0 +/- 0.2 VRMS 1.0 .10 Y5V DIELECTRIC CHARACTERISTICS OPERATING TEMPERATURE RANGE: -30°C to 85°C TEMPERATURE COEFFICIENT: +22% -82% ∆C Max. DISSIPATION FACTOR @ 25° C: 5.0% max @ >25V 7.0% max @ ≤25V INSULATION RESISTANCE, 25°C 125°C >10GΩ or >100ΩF N/A DIELECTRIC WITHSTANDING VOLTAGE: * WHICHEVER IS GREATER < 200V, 250% 201-500V,150% or 500V* AGING RATE: < 2.0% per decade TEST PARAMETERS 25°C: 1KHz, 0.5 +/- 0.2 VRMS .01 .001 .001 .01 0.1 1.0 Frequency - MHz 10 Typical 30µF MLC Typical 150µF MLC HOW TO ORDER SM 4540 B 106 M 201 LJ X SIZE DIELECTRIC CAPACITANCE TOLERANCE VOLTAGE-VDCW LEAD STYLE OPTION SM= Switch Mode See Chart N = COG B = X7R Y = Y5V B = 0.10 pF C = 0.25 pF D = 0.50 pF F = +/- 1.0 % G = +/- 2.0 % H = +/- 3.0 % J = +/- 5.0 % K = +/- 10 % M= +/- 20 % Z = +80%-20% P = +100%-0% Two significant figures, followed by number of zeros: 201 = 200V LN = LL = LJ = TL = TJ = NN = NP = Specify Standoff dimension (X) if less than max. Value in Picofarads Two significant figures, followed by number of zeros: 106 = 10,000,000 pF (10.0 mF) COG STYLE Straight L Lead J Lead L Tab J Tab Nickel Pd/Ag W PACKING OPTION M OPTION M=Marked W=Waffle T=Reeled 45 CHIP MARKING SYSTEM NOVACAP chip identification marking is accomplished using an excimer laser which does not degrade the ceramic surface or induce microcracks. The marking code is based on EIA 198 two digit code which determines capacitance value. Laser marking is available for chip sizes 0805 through 2628. Other sizes require special request to determine if applicable. Ink marking is available for chips larger than 2628, or for leaded encapsulated devices. Marking is an option, specify using the letter M in the part number code, as shown below. MARKING CODE Value in picofarads for alpha-numeric code Two position alpha numeric marking is available on chip sizes 0805 through L E T T E R 0 A5 2628. The marking denotes retma value and significant figures of capacitance (see table) eg: A5 = 100,000 pF NA5 Three position alpha numeric marking is available on chip sizes 1206 and larger, denoting NOVACAP as vendor (N), followed by the standard two digit alpha numeric identification. A B C D E F G H J K L M N P Q R S T U V W X Y Z a b d e f m n t y 1 2 3 4 5 6 7 1.0 1.1 1.2 1.3 1.5 1.6 1.8 2.0 2.2 2.4 2.7 3.0 3.3 3.6 3.9 4.3 4.7 5.1 5.6 6.2 6.8 7.5 8.2 9.1 10 11 12 13 15 16 18 20 22 24 27 30 33 36 39 43 47 51 56 62 68 75 82 91 100 110 120 130 150 160 180 200 220 240 270 300 330 360 390 430 470 510 560 620 680 750 820 910 1,000 1,100 1,200 1,300 1,500 1,600 1,800 2,000 2,200 2,400 2,700 3,000 3,300 3,600 3,900 4,300 4,700 5,100 5,600 6,200 6,800 7,500 8,200 9,100 10,000 11,000 12,000 13,000 15,000 16,000 18,000 20,000 22,000 24,000 27,000 30,000 33,000 36,000 39,000 43,000 47,000 51,000 56,000 62,000 68,000 75,000 82,000 91,000 100,000 110,000 120,000 130,000 150,000 160,000 180,000 200,000 220,000 240,000 270,000 300,000 330,000 360,000 390,000 430,000 470,000 510,000 560,000 620,000 680,000 750,000 820,000 910,000 1,000,000 1,100,000 1,200,000 1,300,000 1,500,000 1,600,000 1,800,000 2,000,000 2,200,000 2,400,000 2,700,000 3,000,000 3,300,000 3,600,000 3,900,000 4,300,000 4,700,000 5,100,000 5,600,000 6,200,000 6,800,000 7,500,000 8,200,000 9,100,000 10,000,000 11,000,000 12,000,000 13,000,000 15,000,000 16,000,000 18,000,000 20,000,000 22,000,000 24,000,000 27,000,000 30,000,000 33,000,000 36,000,000 39,000,000 43,000,000 47,000,000 51,000,000 56,000,000 62,000,000 68,000,000 75,000,000 82,000,000 91,000,000 2.5 3.5 4.0 4.5 5.0 6.0 7.0 8.0 9.0 25 35 40 45 50 60 70 80 90 250 350 400 450 500 600 700 800 900 2,500 3,500 4,000 4,500 5,000 6,000 7,000 8,000 9,000 25,000 35,000 40,000 45,000 50,000 60,000 70,000 80,000 90,000 250,000 350,000 400,000 450,000 500,000 600,000 700,000 800,000 900,000 2,500,000 3,500,000 4,000,000 4,500,000 5,000,000 6,000,000 7,000,000 8,000,000 9,000,000 25,000,000 35,000,000 40,000,000 45,000,000 50,000,000 60,000,000 70,000,000 80,000,000 90,000,000 “9” in the marking code denotes 0.1 multiplier for values under 1.0 pF. eg: “f9”=0.5pF HOW TO ORDER 1210 B 104 M 250 N X T M “9” in the marking code denotes 0.1 multiplier for values under 1.0 pF. eg: “f9” = 0.5 pF SIZE 46 DIELECTRIC CAPACITANCE TOLERANCE VOLTAGE TERMINATION THICKNESS OPTION PACKING OPTION MARKING OPTION TAPE & REEL SYSTEM NOVACAP chip capacitors are available packaged in 8mm to 24mm embossed carrier, per EIA RS 481. Specify the reeled option (T) in the NOVACAP part number code. Chips are also supplied in bulk or waffle pack. UNITS PER REEL (TYPICAL) Feed Direction CHIP SIZE 1.75 +/-.05 3.5 +/-.05 TAPE WIDTH UNITS PER REEL* 7” Diam. 13” Diam. 0402 8 mm 3000-4000 15000 0504 8 mm 3000-4000 15000 0603 8 mm 3000-4000 15000 0805 8 mm 3000-4000 15000 1005 8 mm 2000-4000 15000 1206 8 mm 2000-4000 15000 1210 8 mm 2000-3000 10000 1505 12 mm 2000-3000 10000 1808 12 mm 2000-3000 10000 1812 12 mm 1000 10000 1825 12 mm 1000 5000 2221 12 mm 1000 5000 2225 12 mm 1000 5000 2628 16 mm • 1000 3333 16 mm • 1000 3530 16 mm • 1000 4040 16 mm • 1000 4.00 +/-.10 4.00 +/-.10 1.5 +0.1 -0.0 Embossment 3.8 x 3.2mm maximum Cover Tape .05 Thick 8.0 +/- 0.2 0.3 Max. 2.0 Max. Dimensions for 8mm tape. Dimensions with max. tolorance are dependent on component size. Quantity per reel varies with chip thickness. Thicker chips (typically higher capacitance values) will result in lesser quantities. HOW TO ORDER 1210 B 104 M 250 N X T M “9” in the marking code denotes 0.1 multiplier for values under 1.0 pF. eg: “f9” = 0.5 pF SIZE DIELECTRIC CAPACITANCE TOLERANCE VOLTAGE TERMINATION THICKNESS OPTION PACKING OPTION MARKING OPTION 47 NOVACAP FACILITIES CORPORATE HEADQUARTERS 25136 ANZA DRIVE VALENCIA, CALIFORNIA 25018 AVENUE KEARNY VALENCIA, CALIFORNIA 25111 ANZA DRIVE VALENCIA, CALIFORNIA 25136 ANZA DRIVE VALENCIA, OFFICE 661•295•5920 FAX 661•295•5928 WEBSITE www.novacap.com E•MAIL [email protected] CA 91355 CATALOG 11-00-PC