• Part: NSMX103_100TRF
  • Description: Wound Metalized PPS Film Capacitor Chips
  • Manufacturer: NIC
  • Size: 126.65 KB
Download NSMX103_100TRF Datasheet PDF
NIC
NSMX103_100TRF
NSMX103_100TRF is Wound Metalized PPS Film Capacitor Chips manufactured by NIC.
Features - WOUND METALLIZED POLYPHENYLENE SULFIDE (PPS) FILM - WIDE TEMPERATURE RANGE UP TO +125OC (with derating above 105°C) - PATIBLE WITH SAC REFLOW SOLDERING (+260°C) - VERY STABLE TEMPERATURE, FREQUENCY, VOLTAGE, BIAS AND n DIELECTRIC ABSORPTION CHARACTERISTICS - SUITABLE FOR INVERTOR POWER SUPPLIES FOR LCD BACKLIGHTING - TAPE AND REEL PACKAGING NSMX Series Case Size 5.7mm x 4.5mm x 2.2mm ~ 10.2mm x 7.2mm x 3.1mm Capacitance Range 0.01µF ~ 0.22µF Voltage Ratings 100Vdc (63Vrms up to 40KHz- ) Capacitance Tolerance ±5% (J), ±10% (K) Temperature Range -40°C ~ +125°C (voltage derating above +105°C) Dissipation Factor (20°C) 0.15% max. @ 1KHz, 0.25% max. @ 100KHz Insulation Resistance (20°C) 15GΩ minimum @ 100Vdc, 60 seconds (thru 2K ohm resistor) Dielectric Withstanding Voltage 150% of Rated Voltage - Note: Vrms should be limited so that surface temperature rise does not exceed +10°C SPECIFICATIONS Ro HS pliant includes all homogeneous materials - See Part Number System for Details ENVIRONMENTAL CHARACTERISTICS Life Test At +125°C 1,000 Hours at 125% of Rated Voltage Resistance to Soldering Heat +260°C Peak for 5 Seconds Humidity Load Life 500 Hours, +40°C @ 90~95% RH and Rated Voltage Heat Resistance 125°C for 500 Hours Solderability with 25% Wt Rosin-Methanol Flux Capacitance Change Dissipation Factor Insulation Resistance Capacitance Change Dissipation Factor Insulation Resistance Capacitance Change Dissipation Factor Insulation Resistance Capacitance Change Dissipation Factor Insulation Resistance Within ±3% of Initial Value 0.25% max. @ 1KHz, 0.35% max. @ 100KHz 5GΩ minimum @ 100Vdc, 60 seconds Within ±10% of Initial Value 0.25% max. @ 1KHz, 0.35% max. @ 100KHz 10GΩ minimum @ 100Vdc, 60 seconds Within ±5% of Initial value 0.35% max. @ 1KHz, 0.45% max. @ 100KHz 5GΩ minimum @ 100Vdc, 60 seconds Within ±2% of Initial value 0.15% max. @ 1KHz, 0.25% max. @ 100KHz 10GΩ minimum @ 100Vdc, 60 seconds 95% Minimum Coverage After 2~3 Second Dip into 250°C Solder...