Metallized Polyester Film Capacitors For Switching Power Supplies

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MESERIES Metallized Polyester Metallized Polyester Film Capacitors For Switching Power Supplies For applications requiring high current carrying capability at elevated temperatures with high DV/D and

1 MESERIES Metallized Polyester Metallized Polyester Film Capacitors For Switching Power Supplies For applications requiring high current carrying capability at elevated temperatures with high DV/D and peak current. FEAURES igh current carrying capability igh operating temperature ow ESR and ES Compact configuration Five termination styles RoS compliant SANDARD CONFIGURAION ME /axial lead termination ME /tab terminations low profile ME7 /tab terminations high profile ME /internal coaxial leads ME9 /internal coaxial leads with grounded copper shielding Rev.

2 Specification Summary Capacitance Range.0 to 0.0 microfarads. Capacitance is measured at C and referenced to a frequency of kz. Capacitance olerance M = ±%, K = ±%, J = ±% emperature Range Operating: 40 C to +8 C Storage: C to +8 C Enclosure/Construction Mylar tape outerwrap with specially formulated, conductive epoxy end fill to maximize heat exchange. Extended metallized polyester film. Voltage Rating DC working voltage ratings are from VDC to 400 VDC Quality Control Capacitors are tested 0% for: Capacitance olerance Dissipation Factor Dielectric withstanding voltage Insulation Resistance Equivalent Series Resistance (ESR) Process and inspection data are maintained on file and available upon special request. Environmental Parameter Method Condition Vibration 4 D Shock I umidity 6 hermal Shock 7 A ife 8 F Reference MISD Characteristics 0,000 Insulation Resistance vs. emperature.0% Capacitance Change at kz vs. emperature Insulation Resistance (MΩ x μf),000,000 0 Capacitance Change (%).0%.0% 0.0%.0%.0%.0% 4.0%.0% 6.0% emperature (C) 7.0% emperature (C) Dielectric Strength Capacitors withstand a DC potential of % rated voltage applied between the terminals for one () minute without permanent breakdown. est voltage is applied and discharged through one ohm per volt minimum, and at C. Dissipation Factor Will not exceed.0% when measured at C; at kz for capacitance microfarads; at z for capapcitance >microfarads..% Dissipation Factor at kz vs. emperature.00% Dissipation Factor (%) 0.80% 0.60% 0.40% 0.% 0.00% emperature (C) Rev.

3 Rev. VDC CAPACIANCE µf UGS ME, ME7 MAX MAX MAX MAX MAX MAX MAX MAX MAX AXIA EADS ME 0 VDC 7 VDC 0 VDC VDC 0 VDC 0 VDC 400 VDC RADIA EADS ME, ME9 Note: Other sizes, values, and voltages are available upon request. Dimensional and Electrical Data

4 Rev. VDC CAPACIANCE µf EMPERAURES ESR 0kz moms C 4 C 6 C I PEAK AMPS 8 C dv/dt V/µs (YP) ES n ME ME ME7 (YP) kz Fres MAXIMUM RIPPE CURREN IN AMPS kz O 0kz 0 VDC 7 VDC 0 VDC VDC 0 VDC 0 VDC 400 VDC ME ME9 (YP) kz Fres Note: Current ratings are reflective of types ME and ME7. Other styles shall not exceed9 AMPS RMS. Current is limited by # tinned copper leads.

5 MECANICA DAA ME.0 MIN AWG ME ± ± ±0.0 SO 0. X 0. +/ ±0.00 ME / 0.06 SO 0. X 0. +/ ± ± ±0.00 Rev.

6 ME 0.0 ±0.0 AWG.00 MIN ME9 0.0 ±0.0 AWG COPPER SIED X AWG.000 MIN 0.06 Rev.

7 Additional Information he ME Series is one of the new generation of mil quality film capacitors developed by Electronic Concepts to meet the ever changing, higher performance demands of the electronic industry. he ME Series is specifically designed for switchmode power supplies that require voltages to 400 VDC at temperatures to 8 C with DV/D as high as 07V/μs and peak current to 6,000 amps. It also offers low ESR, low inductance and current capabilities to 7 amps. In addition styles ME and ME9 offer inductance as low as n to maximize resonant frequency to as high as.7mz. With the introduction of the ME Series, the circuit designer now has a film capacitor that can increase overall system performance with miniaturization and also realize significant cost savings. ow to Order YPE Metallized Polyester SYE : axial lead; : radial leaded tabslow profile; 7: radial leaded tabshigh profile; : internal coaxial leads; 9: internal coaxial leadscopper shield VOAGE DC Voltage Rating: B = 0 VDC, C = 7 VDC, etc. CAPACIANCE IN PICOFARADS he first two digits are significant, the third represents the number of zeros to follow to express capacitance in picofarads OERANCE M = ±% K = ±% J = ±% ME B 6 K Marking And Date Code All capacitors are marked with company initials "EC", corporate logo or EC trademark in addition to type ME, capacitance, tolerance, rated DC working voltage and date code. he first two digits of the date code represent the year, the second two digits the week, i.e., is the nd week of, is the second week of. Quality Assurance Major emphasis is placed on quality assurance. EC is an ISO 900 and AS90 Certified Company. Raw material inspection and the use of SPC manufacturing procedures assure the highest quality standards. Procedures are fully described in the EC Quality Control Manual. Electronic Concepts will continue to advance the stateoftheart by utilizing leading edge technology, compact capacitor designs and establishing reliability procedures. Sales Offices United States eadquarters Electronic Concepts, Inc. Industrial Way West Eatontown, NJ 077 el: Fax: 7 sales@ecicaps.com website: Distribution Center Elcon Sales 4 Industrial Way West Eatontown, NJ 077 el: Fax: sales@elconsales.com European eadquarters Electronic Concepts Europe D IDA Estate Oughterard Co. Galway Ireland tel: +98, fax: sales@ecicaps.ie website: Rev.

5MC SERIES Metallized Polycarbonate

5MC SERIES Metallized Polycarbonate Miniature Metallized Polycarbonate Switch-Mode Power Supply Capacitors Most capacitor ratings and styles are approved to MIL-C-55514/11, styles CFR26 & CFR27; and MIL-C-55514/12,