28B0686-200 Laird Technologies, 28B0686-200 Datasheet

28B0686-200

Manufacturer Part Number

28B0686-200

Description

FERRITE TUBULAR BEAD 9.52MM

Manufacturer

Laird Technologies

Series

Stewardr

Type

Core-Solidr

Datasheets

1.CM3322U610R-10.pdf (2 pages)

2.28B0686-200.pdf (1 pages)

3.28R2170-000.pdf (24 pages)

4.28B0686-200.pdf (2 pages)

Specifications of 28B0686-200

Filter Type

Round Cable, Solid

Shape

Cylindrical

Frequency

100MHz

Impedance

242 Ohm

Package / Case

17.42mm O.D. x 9.53mm I.D. x 28.58mm L

Shielding

Unshielded

Test Frequency

100 MHz

Product

Ferrite Cores

Operating Temperature Range

- 40 C to + 125 C

Termination Style

Cable Snap

Diameter, Cable

0.375 "

Impedance, At 100 Mhz

242 Ohms

Impedance, At 25 Mhz

124 Ohms

Impedance, At 300 Mhz

390 Ohms

Material, Core

Termination

Cable

Lead Free Status / RoHS Status

Lead free / RoHS Compliant

Lead Free Status / RoHS Status

Lead free / RoHS Compliant, Lead free / RoHS Compliant

Other names

10726
240-2079
TB0686X

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Item # 28B0686-200 Broadband Solid Ferrite Cores for Round Cables and Wiring Harnesses

Laird Technologies

Web site:

Cables and Wiring Harnesses

Specifications

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Figure Number

Typical Z Ohms at 25 MHz

Nominal Z Ohms at 100 MHz

Typical Z Ohms at 300 MHz

Dimension A

Dimension B

Dimension C

Material Type

Product Type Code

Part Size Code

Additional Description

Broadband Solid Ferrite Cores for Round Cables and Wiring Harnesses

Laird Technologies' Cylindrical EMI suppression ferrites provide a cost effective means of reducing common and differential

mode EMI. These cores are most frequently used to suppress common mode EMI on the internal and external cable

assemblies of electronic equipment. By decreasing the levels of EMI radiated by internal cables, ferrite cores can reduce the

cost and amount of overall shielding required to confine EMI within a product's enclosure. They may also be successfully used

on power cables that carry digital or analog signaling. To achieve maximum EMI filtering performance in a given application,

select a ferrite with an inner diameter most closely matching the outer diameter of the wire or wire bundle to be filtered. The in-

circuit impedance may be substantially increased by passing 2 turns of the wire conductor through the ferrite core. A typical

common mode application might have two conductors passed through a ferrite core. With equal and opposite currents flowing

through the core, zero net bias is established through the component, and maximum impedance is thus realized from the

ferrite.

www.LairdTech.com

Broadband Split / Snap-on Ferrite Cores for Round Cables

larger image

Item # 28B0686-200

124

242

390

17.42 mm

0.686 in

9.53 mm

0.375 in

28.58 mm

1.125 in

Broad Band Material

Round Cylindrical Cores

0686

Standard Part

Broadband Solid Ferrite Cores for Round

larger image

Related parts for 28B0686-200

28B0686-200 Summary of contents

Page 1

... Cables and Wiring Harnesses Item # 28B0686-200 Item # 28B0686-200 Broadband Solid Ferrite Cores for Round Cables and Wiring Harnesses Broadband Solid Ferrite Cores for Round Cables and Wiring Harnesses Laird Technologies' Cylindrical EMI suppression ferrites provide a cost effective means of reducing common and differential mode EMI ...

Page 2

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