Fair-Rite Ferrite Core EMI Suppression 12.7 mm, For: EMI Suppression 2.95 mm ID 6.35 mm OD

RS Stock No.: 467-2659Brand: Fair-RiteManufacturers Part No.: 2643250402
brand-logo
View all in Ferrite Rings

Technical Document

Specifications

Brand

Fair-Rite

Product Type

Ferrite Core

Sub Type

EMI Suppression

Minimum Frequency

25MHz

Application

EMI Suppression

Material

43 Material

Maximum Frequency

300MHz

Height

12.7mm

Inside Diameter

2.95mm

Outside Diameter

6.35mm

Standards/Approvals

RoHS

Product details

EMI Suppression Beads for Round Cables

Broad selection with guaranteed impedance specifications over a wide frequency range

View all in Ferrite Rings

Stock information temporarily unavailable.

0.897 OMR

0.179 OMR Each (In a Pack of 5) (ex VAT)

0.942 OMR

0.188 OMR Each (In a Pack of 5) (inc. VAT)

Fair-Rite Ferrite Core EMI Suppression 12.7 mm, For: EMI Suppression 2.95 mm ID 6.35 mm OD

5

Available in multiples of 5
50.897 OMR
101.794 OMR
152.691 OMR
203.588 OMR
254.485 OMR
305.382 OMR
356.279 OMR
407.176 OMR
458.073 OMR
508.671 OMR
559.538 OMR
6010.405 OMR
6511.272 OMR
7012.139 OMR
7513.006 OMR

0.897 OMR

0.179 OMR Each (In a Pack of 5) (ex VAT)

0.942 OMR

0.188 OMR Each (In a Pack of 5) (inc. VAT)

Fair-Rite Ferrite Core EMI Suppression 12.7 mm, For: EMI Suppression 2.95 mm ID 6.35 mm OD

Stock information temporarily unavailable.

5

Available in multiples of 5
50.897 OMR
101.794 OMR
152.691 OMR
203.588 OMR
254.485 OMR
305.382 OMR
356.279 OMR
407.176 OMR
458.073 OMR
508.671 OMR
559.538 OMR
6010.405 OMR
6511.272 OMR
7012.139 OMR
7513.006 OMR

QuantityUnit pricePer Pack
5 - 450.179 OMR0.897 OMR
50+0.173 OMR0.867 OMR

Technical Document

Specifications

Brand

Fair-Rite

Product Type

Ferrite Core

Sub Type

EMI Suppression

Minimum Frequency

25MHz

Application

EMI Suppression

Material

43 Material

Maximum Frequency

300MHz

Height

12.7mm

Inside Diameter

2.95mm

Outside Diameter

6.35mm

Standards/Approvals

RoHS

Product details

EMI Suppression Beads for Round Cables

Broad selection with guaranteed impedance specifications over a wide frequency range