RL622-101K-RC by bourns
Image is representational - see manufacturer specifications
Bourns Authorized Distributor

RL622-101K-RC

RF Choke Wirewound 100uH 10% 796KHz 20Q-Factor Ferrite 910mA 280mOhm DCR RDL Bag ...

View Datasheet Ask the Datasheet
RoHS Compliant
BOX Packaging
Accessories
Certificate of Compliance

DESCRIPTION

The RL622-101K-RC is a radial lead RF choke inductor from Bourns' RL6222 Series, designed for RF filtering and energy storage in power conversion circuits. It features an inductance of 100 µH with ±10% tolerance, a minimum quality factor (Q) of 20 at 796 kHz test frequency, and a self-resonant frequency (SRF) of 796 kHz. The device has a maximum DC resistance of 3.7 O and supports a DC current rating of 0.91 A, making it suitable for moderate-power applications. This RF choke is commonly used in DC/DC converters, power supplies, desktop notebooks, and output choke applications where reliable RF filtering and inductance stability are required. The component is RoHS compliant and represents a proven design formerly offered as a J. W. Miller model.

Search Keywords: RL622101KRC

SPECIFICATIONS

Product Attribute
Attribute Value
Select Attribute
Products found: 0
Supplier:
Bourns
Part No:
RL622-101K-RC
Unit of Measure:
Per Each
RoHS:
Yes
HTS:
8504508000
COO:
VN
ECCN:
EAR99
Supplier's Standard Package: The item count, length, weight, or volume contained in the supplier’s original packaging for efficient storage, handling, and distribution.
100
Package Type:
BOX
Inductance:
100 uH
Type:
RF Choke
Impedance:
N/A
Lead Pitch:
5 mm
Tolerance:
10 %
Technology:
Wirewound
Maximum DC Resistance:
280 mOhm
Maximum DC Current:
910 mA
Protection Style:
N/A
Packaging:
Bag

IN STOCK: 1,150

Ships today, if you order in

Minimum Order Quantity: 100

Multiple: 100

Factory Lead-Time 16 Weeks

Price (USD)

Qty
Unit Price
100
$0.6016
300
$0.5422
1,000
$0.5049
2,500
$0.4874
5,000
$0.4862
7,500
$0.4849
10,000
$0.4838
15,000 +
$0.4826
Supplier's Standard Package
Log in for special pricing

Tools/3D Models

Product Guides