NLV25-EF Series

Catalog

SURFACE MOUNT HIGH FREQUENCY INDUCTOR, NLV SERIES, 82 NH, 5%, 1008 [2520 METRIC], 900 MHZ ROHS COMPLIANT: YES

Part	Inductance Frequency - Test	DC Resistance (DCR) (Max)	Current Rating	Size / Dimension Width	Size / Dimension Length	Package / Case	Height - Seated (Max)	Shielding	Q	Operating Temperature (Min)	Operating Temperature (Max)	Type	Mounting Type	Material - Core	Frequency - Self Resonant	Package Width	Package Name	Package Length	Inductance	Tolerance
TDK Corporation NLV25T-082J-EF	100 MHz	750 mOhm	0.3 A	0.079 in	0.098 in	1008 (2520 Metric)	0.075 in	Unshielded	20	-40 °C	105 °C	Drum Core Wirewound	Surface Mount	Ferrite	900 MHz	2 mm	1008 1008 (2520 Metric)	2.5 mm	82 nH	5 %
TDK Corporation NLV25T-220J-EF	2.52 MHz	5.5 Ohm	0.125 A	0.079 in	0.098 in	1008 (2520 Metric)	0.075 in	Unshielded	25	-40 °C	105 °C	Drum Core Wirewound	Surface Mount	Ferrite	22 MHz	2 mm	1008 1008 (2520 Metric)	2.5 mm	22 µH	5 %
TDK Corporation NLV25T-101J-EF	796 kHz	21 Ohm	60 mA	0.079 in	0.098 in	1008 (2520 Metric)	0.075 in	Unshielded	15	-40 °C	105 °C	Drum Core Wirewound	Surface Mount	Ferrite	12 MHz	2 mm	1008 1008 (2520 Metric)	2.5 mm	100 µH	5 %
TDK Corporation NLV25T-120J-EF	2.52 MHz	3.8 Ohm	150 mA	0.079 in	0.098 in	1008 (2520 Metric)	0.075 in	Unshielded	25	-40 °C	105 °C	Drum Core Wirewound	Surface Mount	Ferrite	30 MHz	2 mm	1008 1008 (2520 Metric)	2.5 mm	12 µH	5 %
TDK Corporation NLV25T-022J-EF	100 MHz	370 mOhm	0.42 A	0.079 in	0.098 in	1008 (2520 Metric)	0.075 in	Unshielded	15	-40 °C	105 °C	Drum Core Wirewound	Surface Mount	Ferrite	1.65 GHz	2 mm	1008 1008 (2520 Metric)	2.5 mm	22 nH	5 %
TDK Corporation NLV25T-R12J-EF	25.2 MHz	300 mOhm	0.55 A	0.079 in	0.098 in	1008 (2520 Metric)	0.075 in	Unshielded	30	-40 °C	105 °C	Drum Core Wirewound	Surface Mount	Ferrite	700 MHz	2 mm	1008 1008 (2520 Metric)	2.5 mm	120 nH	5 %
TDK Corporation NLV25T-R10J-EF	100 MHz	800 mOhm	0.28 A	0.079 in	0.098 in	1008 (2520 Metric)	0.075 in	Unshielded	20	-40 °C	105 °C	Drum Core Wirewound	Surface Mount	Ferrite	800 MHz	2 mm	1008 1008 (2520 Metric)	2.5 mm	100 nH	5 %