SRR7045-330M

Active

Bourns Inc.

POWER INDUCTOR (SMD), 33 ΜH, 1.15 A, SHIELDED, 900 MA, SRR7045 SERIES

Search across all available documentation for this part.

Active

Bourns Inc.

POWER INDUCTOR (SMD), 33 ΜH, 1.15 A, SHIELDED, 900 MA, SRR7045 SERIES

Technical Specifications

Parameters and characteristics for this part

Part	Inductance Frequency - Test	Q @ Freq	Package / Case	Current Rating (Amps)	Frequency - Self Resonant	Current - Saturation (Isat)	DC Resistance (DCR)	Shielding	Material - Core	Mounting Type	Tolerance	Height - Seated (Max) [Max] [z]	Height - Seated (Max) [Max] [z]	Type	Operating Temperature [Max]	Operating Temperature [Min]	Size / Dimension [y]	Size / Dimension [y]	Size / Dimension [x]	Size / Dimension [x]	Inductance	DC Resistance (DCR) [Max]
Bourns Inc. SRR7045-121M	100 kHz	30 796 kHz	Nonstandard	900 mA	7 MHz	550 mA	420 mOhm	Shielded	Ferrite	Surface Mount	20 %	0.189 "	4.8 mm	Drum Core Wirewound	125 °C	-40 °C	7 mm	0.276 in	0.276 "	7 mm
Bourns Inc. SRR7045-6R3M	100 kHz	7.96 MHz 10	Nonstandard	2.45 A	30 MHz	3 A		Shielded	Ferrite	Surface Mount	20 %	0.189 "	4.8 mm	Drum Core Wirewound	125 °C	-40 °C	7 mm	0.276 in	0.276 "	7 mm	6.3 µH	38 mOhm
Bourns Inc. SRR7045-102M	100 kHz	90 252 kHz	Nonstandard	0.33 A	3 MHz	160 mA		Shielded	Ferrite	Surface Mount	20 %	0.189 "	4.8 mm	Drum Core Wirewound	125 °C	-40 °C	7 mm	0.276 in	0.276 "	7 mm	1 mH	2.4 Ohm
Bourns Inc. SRR7045-330M	100 kHz	2.52 MHz 25	Nonstandard	1.6 A	12 MHz	1 A	115 mOhm	Shielded	Ferrite	Surface Mount	20 %	0.189 "	4.8 mm	Drum Core Wirewound	125 °C	-40 °C	7 mm	0.276 in	0.276 "	7 mm	33 µH
Bourns Inc. SRR7045-101M	100 kHz	40 796 kHz	Nonstandard	1 A	8 MHz	600 mA		Shielded	Ferrite	Surface Mount	20 %	0.189 "	4.8 mm	Drum Core Wirewound	125 °C	-40 °C	7 mm	0.276 in	0.276 "	7 mm	100 µH	300 mOhm

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

General part information

33 µH Shielded Drum Core, Wirewound Inductor 1.6 A 115mOhm Max Nonstandard

Technical documentation and resources