NPM10BFTF10K

Active

THROUGH HOLE RESISTOR, 10 KOHM, NPM SERIES, 100 W, ± 1%, TO-220, 350 V

Active

THROUGH HOLE RESISTOR, 10 KOHM, NPM SERIES, 100 W, ± 1%, TO-220, 350 V

Description

General part information

THROUGH HOLE RESISTOR, 10 KOHM, NPM SERIES, 100 W, ± 1%, TO-220, 350 V

Parameters and characteristics for this part

Part	Operating Temperature (Max)	Operating Temperature (Min)	Resistance	Power (Watts)	Number of Terminations	Height - Seated (Max)	Size / Dimension Length	Size / Dimension Width	Package / Case	Composition	Temperature Coefficient	Features	Tolerance	Package Name
YAGEO NPM50VFTF10R	150 °C	-55 °C	10 Ohms	50 W	2	0.829 in	0.4 in	0.125 in	Radial	Ceramic	100 ppm/°C	Non-Inductive	1 %	Radial
YAGEO NPM35AFTF3R3	150 °C	-65 °C	3.3 Ohm	35 W	2	0.777 in	0.4 in	0.181 in	Radial	Ceramic	100 ppm/°C	Non-Inductive	1 %	Radial
YAGEO NPM50VFTF22R	150 °C	-55 °C	22 Ohm	50 W	2	0.829 in	0.4 in	0.125 in	Radial	Ceramic	100 ppm/°C	Non-Inductive	1 %	Radial
YAGEO NPM10BFTF27R	175 °C	-65 °C	27 Ohm	100 W	2	0.871 in	0.61 in	0.185 in	Radial	Ceramic	100 ppm/°C	Non-Inductive	1 %	Radial
YAGEO NPM10BJT-10K	175 °C	-65 °C	10 kOhm	100 W	2	0.871 in	0.61 in	0.185 in	Radial	Ceramic	200 ppm/°C	Non-Inductive	5 %	Radial
YAGEO NPM35AJT-51R	150 °C	-65 °C	51 Ohm	35 W	2	0.777 in	0.4 in	0.181 in	Radial	Ceramic	200 ppm/°C	Non-Inductive	5 %	Radial
YAGEO NPM50VFTF10K	150 °C	-55 °C	10 kOhm	50 W	2	0.829 in	0.4 in	0.125 in	Radial	Ceramic	100 ppm/°C	Non-Inductive	1 %	Radial
YAGEO NPM10BFTF10K	175 °C	-65 °C	10 kOhm	100 W	2	0.871 in	0.61 in	0.185 in	Radial	Ceramic	100 ppm/°C	Non-Inductive	1 %	Radial
YAGEO NPM50VFTF150R	150 °C	-55 °C	150 Ohm	50 W	2	0.829 in	0.4 in	0.125 in	Radial	Ceramic	100 ppm/°C	Non-Inductive	1 %	Radial
YAGEO NPM30AJT-100R	150 °C	-65 °C	100 Ohms	30 W	2	0.829 in	0.41 in	0.125 in	Radial	Ceramic	200 ppm/°C	Non-Inductive	5 %	Radial

Prices provided here are for design reference only. For realtime values and availability, please visit the distributors directly

Create a free account to access distributor pricing data.

3D models and CAD resources for this part

Technical documentation and resources