

Example: 253P 105 X9 050, where 253P is the series, 105 is the capacitance code (1 µF), X9 is the tolerance code (±10%), and 050 is the voltage rating (50 VDC).
Wrap-and-Fill High Temperature PTFE Film capacitors 253P Series with various dimensions and lead wire sizes depending on the case diameter.
Includes configuration outline and dimensions in inches for different capacitance values and voltage ratings (250 VDC, 400 VDC, 600 VDC, 800 VDC).
Custom configurations and extended/intermediary values are available upon request.
FILM CAPACITORS Taping : dimensions 253P Series Wrap-and-Fill High Temperature PTFE Film capacitors Film Capacitor with PTFE Dielectric Industry-Leading Performance at Temperatures up to 200°C ELECTRICAL SPECIFICATIONS • High temperature to +200°C • Ultra-Stable Performance through Electrical specifications Parameter Temperature/Voltage Range • Rugged/Lightweight Construction • Manufactured in U.S. Operating Temperature Capacitance Range Capacitance Tolerance Dissipation Factor • Oil & Gas • Aerospace & Defense • High Temperature Modules PHYSICAL CHARACTERISTICS Construction: Non-Inductive wound PTFE metallized Polymer film Case: Value –55°C to +200°C Without derating for DC operation 0.022 µF to 1.0 µF ±10%, ±5% 0.05% max When measured at 1 kHz @ 25°C 1,000,000 MΩ-µF, need not exceed 2,000,000 MΩ 200,000 MΩ-µF, need not exceed 400,000 MΩ 25,000 MΩ-µF, need not exceed 50,000 MΩ 2,000 MΩ-µF, need not exceed 4,000 MΩ Custom configurations and extended/intermediary values available upon request. Flame retardant tape wrap and high temperature resin end fill Lead Material: < 600 V PTFE insulated silver stranded copper wire > 600 V MIL-W-16878/4 (Type E) wire Lead Strength: Capable of withstanding a five pound pull force on lead axis Capacitance code Tolerance code Voltage rating
Open the catalog to page 1FILM CAPACITORS General characteristics 253P Series Wrap-and-Fill High Temperature PTFE Film capacitors OUTLINE DIMENSIONS in inches Lead Wire Sizes Case Diameter Lead AWG 0.301 to 0.500 No. 22 > 0.500 No. 20 x 1.750 * Leads to be within ±0.062”at center line at egress, but not less than 0.031” from edge DIELECTRIC CHARACTERISTICS CONFIGURATION OUTLINE Change in Capacitance vs Temperature Dissipation Factor vs Temperature 0.10 Dissipation Factor (%) Change in IR vs Temperature Insulation Resistance (MΩ-µF) * Input tolerance number to complete part number: 9 = ±10%, 5 = ±5% Custom configurations...
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