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NSWC183x100TRD1F

NIC
Part Number NSWC183x100TRD1F
Manufacturer NIC
Description Stacked Film Capacitor Chips
Published May 18, 2014
Detailed Description Stacked Film Capacitor Chips NSWC Series FEATURES NSWC IS • STACKED METALLIZED POLYETHYLENE NAPHTHALATE (PEN) FILM REC...
Datasheet PDF File NSWC183x100TRD1F PDF File

NSWC183x100TRD1F
NSWC183x100TRD1F

Overview
Stacked Film Capacitor Chips NSWC Series FEATURES NSWC IS • STACKED METALLIZED POLYETHYLENE NAPHTHALATE (PEN) FILM RECOMMENDED • STANDARD EIA 1206, 1210, 1913, 2416, 2820, 3022 AND 3925 SIZES FOR NEW DESIGNS • WIDE TEMPERATURE RANGE UP TO +125OC* • HIGH HEAT AND MOISTURE RESISTANT RoHS • VERY STABLE TEMPERATURE, FREQUENCY AND VOLTAGE BIAS Compliant includes all homogeneous materials nCHARACTERISTICS • REFLOW SOLDERING ONLY *See Part Number System for Details • TAPE AND REEL PACKAGING SPECIFICATIONS Capacitance Range Votage Ratings Capacitance Tolerance Temperature Range Dissipation factor (20°C) Insulation resistance (20°C) Dielectric Withstanding Voltage 1206 0.
001 ~ 0.
0047μF 1210 0.
0056 ~ 0.
01μF Case Sizes 1913 2416 2820 3022 3925 0.
012 ~ 0.
082μF 0.
1 ~ 0.
15μF 0.
18 ~ 0.
33μF 0.
39 ~ 0.
47μF 0.
56 ~ 1.
0μF 100Vdc 0.
001 ~ 0.
01μF 5% (J) only, 0.
012 ~ 0.
15μF 5% (J) or 10% (K), 0.
18 ~ 1.
0μF 10% (K) only -55°C ~ +105°C (0.
001μF ~ 0.
01μF) -55°C ~ +125°C (0.
012μF ~ 1.
0μF with derating above +85°C) 1.
0% max.
@ 1KHz 3 Gigohms or 1000Ω/F whichever is lower 150% of Rated Voltage 60 Seconds ENVIRONMENTAL CHARACTERISTICS Life Test At +105°C 1,000 Hours at 125% of Rated Voltage (125°C for 0.
012μF ~ 1.
0μF) Resistance to Soldering Heat: +240°C Peak Humidity Load Life (90% ~ 95% RH) (1) 1,000 Hours, +40°C 500 Hours for 0.
012μF ~ 1.
0μF (2) 500 Hours, +60°C for 0.
001 ~ 0.
01μF 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 Within +1%/-6% of Initial Value 1.
1% Maximum 1 Gigohm Minimum or 300Ω/F whichever is lower Within ±5% for 0.
012 ~ 1.
0μF or ±3% for 0.
001 ~ 0.
01μF of initial value 1.
1% Max.
for 0.
012 ~ 1.
0μF or 0.
66% Max.
for 0.
001 ~ 0.
01μF 1 Gigohm Minimum or 300Ω/F whichever is lower (1) +8%/-5% (2) ±10% of Initial Value (1) 1.
5% Max.
(2) 2.
0% Max.
(1) 100 Megohm Min.
or 30Ω/F (2) 10 Megohm Min.
or 3Ω/F whic...


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