155PHC850K

-40?C to +85?C 3757 W. Touhy Ave., Lincolnwood, IL 60712 ? (847) 675-1760 ? Fax (847) 673-2850 ? www.illcap.com ? PHC Metallized Polypropylene Film Capacitors for Switching Circuits ? Switching capacitor for industrial controls ? Motor speed control ? SMPS ? High end audio ? Resonant circuits ? Induction heaters ? High frequency electronic ballasts Operating Temperature Range Capacitance Tolerance +/- 10% at 1kHz, 20?C Dissipation Factor (max) at 20?C. Insulation Resistance @20?C(<70% RH) for 1 minute at 100VDC Peak Current - IPEAK (Non-repetitive) Dielectric Strength 200% of rated WVDC for 10 seconds at 20°C between leads. 3KV at 60Hz for 60 seconds between leads and case. Self inductance <1nH/mm of body length and lead wire length. Capacitance drift <1.0% up to 40?C after 2 years Temperature Coefficient -200ppm/?C +/- 100ppm/?C Life Expectancy ≥30,000 hours @VAC at 70°C Capacitance change (typical) -5% ≥100,000 hours @WVDC at 70°C Failure rate 300/billion component hours D

PHC Metallized Polypropylene Film Capacitors Axial Leaded for Switching Circuits Operating Temperature Range -40?C to +100?C Above +85?C applied voltage must be de-rated by 1.5%/?C Capacitance Tolerance ± 10% at 1kHZ, 25?C ( ±5% optional) Surge Voltage VDC 250 330 400 600 700 850 Non repetitive SVDC 400 500 600 800 1000 1200 VDC 250 330 400 600 700 850 VAC 160 220 250 330 400 500 Dissipation Factor (Max) Tan δ at 1kHz and 25?C C≤5μF 5μF30μF .06% .1% .15% Insulation Resistance after 1 minute of 100VDC applied between the terminals at 25?C 30,000 MΩ x μF “Not to exceed 30GΩ” Self Inductance <1 nano-Henry per mm of body and lead length Long Term Stability Capacitance variation <1% MAX after 2 years Dielectric Strength Terminal to Terminal Terminal to Case 160% of VDC applied for 10 seconds and 25°C or 200% of VDC applied for 2 seconds and 25°C 3KVAC at 50/60 Hz applied between the terminals a

PHC Metallized Polypropylene Film Capacitors Axial Leaded for Switching Circuits Operating Temperature Range -40?C to +100?C Above +85?C applied voltage must be de-rated by 1.5%/?C Capacitance Tolerance ± 10% at 1kHZ, 25?C ( ±5% optional) Surge Voltage VDC 250 330 400 600 700 850 Non repetitive SVDC 400 500 600 800 1000 1200 VDC 250 330 400 600 700 850 VAC 160 220 250 330 400 500 Dissipation Factor (Max) Tan δ at 1kHz and 25?C C≤5μF 5μF30μF .06% .1% .15% Insulation Resistance after 1 minute of 100VDC applied between the terminals at 25?C 30,000 MΩ x μF “Not to exceed 30GΩ” Self Inductance <1 nano-Henry per mm of body and lead length Long Term Stability Capacitance variation <1% MAX after 2 years Dielectric Strength Terminal to Terminal Terminal to Case 160% of VDC applied for 10 seconds and 25°C or 200% of VDC applied for 2 seconds and 25°C 3KVAC at 50/60 Hz applied between the terminals a