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Eaton Bussmann Multilayer Ferrite Beads feature high impedance offering superior high-frequency noise reduction, samples available from Anglia.
Eaton Bussmann multilayer ferrite beads (MFB) offer a wide range of high-impedance performance across a wide range of high frequency applications in industrial and automotive applications.

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Anglia delivers by

FedEx
Recognised as the UK’s number one for reliability, flexibility and customer service.

FX8/FX8C series, 0.6mm pitch, 3mm - 16mm
stack height, board to board connectors from
Hirose


The FX8 and FX8C series has been introduced to
meet the high demand for connectors that are suitable for high speed applications. FX8/FX8C can handle 3.125Gbps transmission speed with excellent signal integrity features.

The series consists of headers and sockets in a fine surface mount pitch of only 0.6mm allowing for maximum space saving on the board. Generous parallel stacking heights are offered from 3mm to 16mm. A wide variety of contact sizes are offered from 40 to 280 positions offering a wide choice.
Small, mating guide ribs are provided to secure a self alignment tolerance of +/- 0.6mm allowing flexibility in the design. The mating wiping distance is 2mm ensuring effective electrical continuity.

Two positioning pegs, also known as bosses, are positioned at each end with different diameters to avoid mis-insertion into the board. Twin, side by side versions are available which are joined together with a special joining bar, this enhances the mating reliability and can be removed if needed.

The FX8 offers 3mm & 4mm stack height and the FX8C offers 5mm to 16mm. These are suitable for
a wide range of miniature electronic equipment needing high speed capability.

Click here for more information about the FX8C

For more information, or details on the full range of Hirose products available from Anglia please call +44 (0)1945 474747 or email info@anglia.com

Alternatively, click on this link to go to the main Hirose section where you can view other news articles and product data.

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This news article was originally published in December 2010.

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21/01/11