RL622-393K-RC Bourns

RL622-393K-RC Images

Please contact us for more photos of RL622-393K-RC

Part Number RL622-393K-RC
Manufacturer Bourns
Quantity in stock 560730 Pieces
Market Price -
Our Better Price Send by email: [email protected]
Delivery Time 1 day (can ship today)
Description Ind RF Choke 39mH 10% 79.6KHz 30Q-Factor Ferrite 30mA RDL Bag
Category Inductor
Family Inductor Leaded
ROHS Compliant Yes
MSL Level RL622-393K-RC
Datasheet download RL622-393K-RC.pdf
Request Quotation for RL622-393K-RC

RL622-393K-RC Specifications

Part Number RL622-393K-RC
Test Frequency 79.6 kHz
Package/Case 8.5 X 11
Lead Finish Tin
Rad Hard No
Product Dimensions 11 mm
Lead Style Radial
Tolerance 10 %
Operating Temperature -55 to 105 °C
Product Diameter 8.5 mm
Product Height 11 mm
Replacement Part Number PART-RL622-393K-RC
Weight Contact us
Country of Origin -

Related parts for RL622-393K-RC

Image Part Number and Brand Brief Description and PDF Datasheet

ELC18B221L

Panasonic

Ind Choke Coil Wirewound 220uH 10% 10KHz Ferrite 2.4A RDL

Download PDF datasheet for ELC18B221L.pdf

B82721K2701N20

TDK

Ind Current Compensated Choke 10mH 30% Ferrite 700mA Pin

-

B82732R2901B30

TDK

Ind Power Line Choke 27mH -30% to 50% 10KHz Ferrite 900mA Pin Box

Download PDF datasheet for B82732R2901B30.pdf

ELC-11D102F

Panasonic

Ind Choke Wirewound 1mH 10% 10KHz Ferrite 570mA RDL

-

IMS05BH391K

Vishay

Ind RF Shielded Molded 390uH 10% 790KHz 60Q-Factor Ferrite 105mA AXL Bulk

Download PDF datasheet for IMS05BH391K.pdf

B82721-K2401-N20

TDK

Ind Current Compensated Choke 39mH 30% Ferrite 400mA Pin

Download PDF datasheet for B82721-K2401-N20.pdf

B82111EC22

TDK

Ind Choke 22uH Ferrite 3A AXL T R

-

TYS60451R0N-10

Laird

INDUCTORS, COILS, CHOKES

Download PDF datasheet for TYS60451R0N-10.pdf

RLB9012-151KL

Bourns

Ind Power Wirewound 150uH 10% 1KHz 20Q-Factor Ferrite 1.15A RDL Bag

Download PDF datasheet for RLB9012-151KL.pdf

B82791H2251N20

TDK

Ind Choke 47mH -30% to 50% Ferrite 250mA RDL

Download PDF datasheet for B82791H2251N20.pdf