Fair-Rite Ferrite Core Bead 12.7 mm, For: Suppression Components 1.3 mm ID 3.5 mm OD

RS Stock No.: 466-9883Brand: Fair-RiteManufacturers Part No.: 2643000701
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Technical Document

Specifications

Brand

Fair-Rite

Product Type

Ferrite Core

Sub Type

Bead

Minimum Frequency

25MHz

Application

Suppression Components

Material

43 Material

Maximum Frequency

300MHz

Height

12.7mm

Inside Diameter

1.3 mm

Outside Diameter

3.5 mm

Standards/Approvals

RoHS

Product details

EMI Suppression Beads for Round Cables

Broad selection with guaranteed impedance specifications over a wide frequency range

You may be interested in
View all in Ferrite Rings

Stock information temporarily unavailable.

25.60 MOP

0.511 MOP Each (In a Pack of 50) (ex VAT)

Fair-Rite Ferrite Core Bead 12.7 mm, For: Suppression Components 1.3 mm ID 3.5 mm OD

50

Available in multiples of 50
5025.60 MOP
10051.10 MOP
15076.70 MOP
200102.20 MOP
250127.80 MOP
300153.30 MOP
350178.90 MOP
400204.50 MOP
450230.00 MOP
500255.60 MOP
550281.10 MOP
600306.70 MOP
650326.90 MOP
700352.00 MOP
750377.20 MOP

25.60 MOP

0.511 MOP Each (In a Pack of 50) (ex VAT)

Fair-Rite Ferrite Core Bead 12.7 mm, For: Suppression Components 1.3 mm ID 3.5 mm OD

Stock information temporarily unavailable.

50

Available in multiples of 50
5025.60 MOP
10051.10 MOP
15076.70 MOP
200102.20 MOP
250127.80 MOP
300153.30 MOP
350178.90 MOP
400204.50 MOP
450230.00 MOP
500255.60 MOP
550281.10 MOP
600306.70 MOP
650326.90 MOP
700352.00 MOP
750377.20 MOP

quantityUnit pricePer Pack
50 - 6000.511 MOP25.56 MOP
650 - 32000.503 MOP25.14 MOP
3250+0.414 MOP20.71 MOP
You may be interested in

Technical Document

Specifications

Brand

Fair-Rite

Product Type

Ferrite Core

Sub Type

Bead

Minimum Frequency

25MHz

Application

Suppression Components

Material

43 Material

Maximum Frequency

300MHz

Height

12.7mm

Inside Diameter

1.3 mm

Outside Diameter

3.5 mm

Standards/Approvals

RoHS

Product details

EMI Suppression Beads for Round Cables

Broad selection with guaranteed impedance specifications over a wide frequency range

You may be interested in