33 Series

Catalog

TOROIDAL INDUCTOR, VERTICAL, 3300 SERIES, 150 µH, 2 A, 0.084 OHM, ± 15%

Part	Frequency - Self Resonant	Operating Temperature (Max)	Operating Temperature (Min)	Height - Seated (Max)	Mounting Type	Tolerance	Type	Shielding	Inductance Frequency - Test	Package Leads	Package Name	Current Rating	Size / Dimension Length	Size / Dimension Width	Inductance	Q	DC Resistance (DCR) (Max)
Murata Electronics 33151C	7.2 MHz	125 °C	-40 °C	1.22 in	Through Hole	15 %	Toroidal	Unshielded	800 kHz	4 Leads	Radial Vertical	2 A	1.142 in	0.642 in	150 µH	3.8	84 mOhm
Murata Electronics 33101C	9.7 MHz	125 °C	-40 °C	1.22 in	Through Hole	15 %	Toroidal	Unshielded	800 kHz	4 Leads	Radial Vertical	2.4 A	1.142 in	0.642 in	100 µH	3.9	70 mOhm
Murata Electronics 33220C	37 MHz	125 °C	-40 °C	1.22 in	Through Hole	15 %	Toroidal	Unshielded	1 MHz	4 Leads	Radial Vertical	5.1 A	1.142 in	0.642 in	22 µH	3.4	33 mOhm
Murata Electronics 33331C	1.9 MHz	125 °C	-40 °C	1.22 in	Through Hole	15 %	Toroidal	Unshielded	800 kHz	4 Leads	Radial Vertical	1.3 A	1.142 in	0.642 in	330 µH	3.4	126 mOhm
Murata Electronics 33471C	1.4 MHz	125 °C	-40 °C	1.22 in	Through Hole	15 %	Toroidal	Unshielded	800 kHz	4 Leads	Radial Vertical	1.1 A	1.142 in	0.642 in	0.47 mH	2.6	152 mOhm
Murata Electronics 33330C	24 MHz	125 °C	-40 °C	1.22 in	Through Hole	15 %	Toroidal	Unshielded	1 MHz	4 Leads	Radial Vertical	4.2 A	1.142 in	0.642 in	33 µH	3.5	40 mOhm
Murata Electronics 33681C	900 kHz	125 °C	-40 °C	1.22 in	Through Hole	15 %	Toroidal	Unshielded	800 kHz	4 Leads	Radial Vertical	0.92 A	1.142 in	0.642 in	680 µH	0.64	183 mOhm
Murata Electronics 33100C	68 MHz	125 °C	-40 °C	1.22 in	Through Hole	15 %	Toroidal	Unshielded	1 MHz	4 Leads	Radial Vertical	7.6 A	1.142 in	0.642 in	10 µH	3.4	20 mOhm
Murata Electronics 33221C	2 MHz	125 °C	-40 °C	1.22 in	Through Hole	15 %	Toroidal	Unshielded	800 kHz	4 Leads	Radial Vertical	1.6 A	1.142 in	0.642 in	220 µH	3.2	102 mOhm
Murata Electronics 33680C	16 MHz	125 °C	-40 °C	1.22 in	Through Hole	15 %	Toroidal	Unshielded	1 MHz	4 Leads	Radial Vertical	2.9 A	1.142 in	0.642 in	68 µH	3.5	57 mOhm