LLRN Series

Catalog

POWER INDUCTORS - SMD INDUCTOR, SMD HIGH CURRENT, 220UH20%, T&R

Part	Mounting Type	DC Resistance (DCR)	Current Rating	Material - Core	Height - Seated (Max)	Shielding	Type	Current - Saturation (Isat)	Package / Case	Size / Dimension Width	Size / Dimension Length	Inductance Frequency - Test	Inductance	Operating Temperature (Max)	Operating Temperature (Min)	Tolerance
Taiyo Yuden LLRNJ12565GL221MMY	Surface Mount	273 mOhm	1.18 A	Ferrite	0.27 in	Shielded	Wirewound	1.39 A	Nonstandard	0.492 in	0.492 in	100 kHz	220 µH	125 °C	-40 °C	20 %
Taiyo Yuden LLRNJ12555GL151MMY	Surface Mount	176 mOhm	1.43 A	Ferrite	0.23 in	Shielded	Wirewound	1.22 A	Nonstandard	0.492 in	0.492 in	100 kHz	150 µH	125 °C	-40 °C	20 %
Taiyo Yuden LLRNJ10155GL4R7NNY	Surface Mount	11.2 mOhm	6.01 A	Ferrite	0.23 in	Shielded	Wirewound	7.4 A	Nonstandard	0.398 in	0.398 in	100 kHz	4.7 µH	125 °C	-40 °C	30 %
Taiyo Yuden LLRNJ12555GL6R0NMY	Surface Mount	14 mOhm	5.6 A	Ferrite	0.23 in	Shielded	Wirewound	5.01 A	Nonstandard	0.492 in	0.492 in	100 kHz	6 µH	125 °C	-40 °C	30 %
Taiyo Yuden LLRNJ10165GL220MNY	Surface Mount	31.3 mOhm	3.41 A	Ferrite	0.27 in	Shielded	Wirewound	3.6 A	Nonstandard	0.398 in	0.398 in	100 kHz	22 µH	125 °C	-40 °C	20 %
Taiyo Yuden LLRNJ12575GL1R2NMY	Surface Mount	5.8 mOhm	9.15 A	Ferrite	0.309 in	Shielded	Wirewound	18.08 A	Nonstandard	0.492 in	0.492 in	100 kHz	1.2 µH	125 °C	-40 °C	30 %
Taiyo Yuden LLRNJ12575GL101MMY	Surface Mount	110 mOhm	2.01 A	Ferrite	0.309 in	Shielded	Wirewound	2.64 A	Nonstandard	0.492 in	0.492 in	100 kHz	100 µH	125 °C	-40 °C	20 %
Taiyo Yuden LLRNJ12555GL680MMY	Surface Mount	79.7 mOhm	2.14 A	Ferrite	0.23 in	Shielded	Wirewound	1.81 A	Nonstandard	0.492 in	0.492 in	100 kHz	68 µH	125 °C	-40 °C	20 %
Taiyo Yuden LLRNJ10155GL1R5NNY	Surface Mount	6 mOhm	8.39 A	Ferrite	0.23 in	Shielded	Wirewound	11.9 A	Nonstandard	0.398 in	0.398 in	100 kHz	1.5 µH	125 °C	-40 °C	30 %
Taiyo Yuden LLRNJ12575GL221MMY	Surface Mount	245 mOhm	1.35 A	Ferrite	0.309 in	Shielded	Wirewound	1.81 A	Nonstandard	0.492 in	0.492 in	100 kHz	220 µH	125 °C	-40 °C	20 %