Laird Ferrite Bead 15.88 mm 15.88 mm (0625) (Cylindrical EMI Core), 79 Ω impedance at 25 MHz, 163 Ω impedance at 100

Currently unavailable
We don't know if this item will be back in stock, RS intend to remove it from our range soon.
RS Stock No.:
888-3468
Mfr. Part No.:
28B0625-000
Manufacturer:
Laird
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Brand

Laird

Package Type

0625

Product Type

Ferrite Bead

Impedance at 25 MHz

79Ω

Impedance at 100 MHz

163Ω

Packaging

Bulk

Impedance at 300 MHz

273Ω

Sub Type

Cylindrical EMI Core

Minimum Operating Temperature

-40°C

Maximum Operating Temperature

125°C

Standards/Approvals

REACH, RoHS

Length

14.27mm

Height

15.88mm

Depth

14.27mm

Maximum DC Resistance

170Ω

Diameter

15.88 mm

Material

Ferrite

Application

EMI Suppression

Series

28B

Automotive Standard

No

COO (Country of Origin):
CN

Broadband Split/Snap-on Cores


These easy installation ferrite cores are designed to reduce electromagnetic interference from being induced or radiated. They are available in a variety of sizes and suitable for applications from 30MHz to 1GHz. These ferrite cores provide excellent common and differential mode EMO suppression on cable assemblies

Rectangular ferrites are suitable for data cables e.g. telephone or signal lines

Circular ferrites are suitable for mains cables e.g. on photocopying machines, printers and other office equipment

Split Ferrite Rings


These split ferrite cores reduce the electromagnetic interference from being induced in or radiated from data and power cables. High attenuation ratings are achieved with the housing design and the special process steps during the ferrite manufacture. The special snap lock makes the ferrite sleeve suitable for use with a variety of cable diameters and once the split ferrite is locked it cannot be opened accidentally.The outer housing is designed to protect the halves of the core from breakage and ensures simple assembly on to cables that are already installed or which have been fitted with connectors. Fixing to the cable with glue or cable tie is optional. Typical applications for these split ferrite cores include data or power lines used in computer technology, terminals, industrial controllers, medical engineering and office machines.

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