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NSPH225_63V2220TRF

NIC
Part Number NSPH225_63V2220TRF
Manufacturer NIC
Description Multilayer Acrylic Polymer Film Capacitors
Published May 18, 2014
Detailed Description Multilayer Acrylic Polymer Film Capacitors FEATURES • HIGH CAPACITANCE (UP TO 22μF) • WIDE VOLTAGE & TEMPERATURE RANGE (...
Datasheet PDF File NSPH225_63V2220TRF PDF File

NSPH225_63V2220TRF
NSPH225_63V2220TRF

Overview
Multilayer Acrylic Polymer Film Capacitors FEATURES • HIGH CAPACITANCE (UP TO 22μF) • WIDE VOLTAGE & TEMPERATURE RANGE (16 ~ 100V, -55°C ~ +125°C or ±105°C) • UPGRADE PERFORMANCE VS.
MLCC's STABLE OVER FREQUENCY, TEMPERATURE & VOLTAGE NO PIEZO ELECTRIC EFFECT • IDEAL FOR AUDIO APPLICATIONS • TYPICAL OPEN FAILURE MODE • +260°C REFLOW SOLDERING COMPATIBLE SPECIFICATIONS Capacitance Range Voltage Ratings Capacitance Tolerance Temperature Range Dissipation Factor (20°C) Insulation Resistance (20°C) Dielectric Withstanding Voltage *Measured at < 5Vrms, 1KHz 1206 1210 1812 0.
01μF ~ 22μF* 16, 25, 35, 50 & 63VDC Case Sizes 2220 NSPH Series 1206 1210 0.
001μF ~ 0.
047μF* 0.
068μF ~ 0.
1μF* 100VDC ±10% (K), ±20% (M) -55°C ~ +105°C -55°C ~ +125°C 1.
5% (measured at 5Vrms, 1KHz) C < 0.
1μF: 3,000MΩ Minimum 1,000MΩ Minimum C > 0.
1μF: 300M • μF Minimum No abnormalities after application of 150% of rated voltage for 1 minute or 175% of rated voltage for 1 ~ 5 seconds ENVIRONMENTAL CHARACTERISTICS High Temperature Life Test* 16V ~ 63V: +125°C ±3°C, 1,000 Hrs +48/-0 Hrs 100V: +105°C ±3°C, 1,000 Hrs +48/-0 Hrs 125% of Rated Voltage Humidity Load Life* 500 Hours, +40°C & 90% ~ 95% RH at rated voltage Temperature Cycling* No Load, 5 cycles of -55°C (30 minutes), Room temperature < 3 minutes +125°C or +105°C (30 minutes) Resistance to Soldering Heat (Soldering using recommended reflow conditions, 2 times) 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 +5%/-20% of Initial Value 1.
65% Maximum @ 1KHz 16V ~ 63V, C > 0.
1μF: 30MΩ • μF Minimum 16V ~ 63V, C < 0.
1μF & 100V: 300MΩ Minimum Within +20%/-5% of Initial Value 2.
25% Maximum @ 1KHz 16V ~ 63V, C > 0.
1μF: 30MΩ • μF Minimum 16V ~ 63V, C < 0.
1μF & 100V: 300MΩ Minimum Within +5%/-20% of Initial Value 1.
65% Maximum @ 1KHz 16V ~ 63V, C > 0.
1μF: 30MΩ ...


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