FX8C-100/100P11-SV6J(94)

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The FX8C-100/100P11-SV6J(94) is part of the Rectangular Connectors – Arrays, Edge Type, Mezzanine (Board to Board) family. It has a number of applications, including computers, communication devices, audio/video products, and instrumentation control systems.

This mezzanine connector offers an extensive array of features including a 1 mm mm column pitch and 0.5 mm row pitch for a 97-position connector. It also features a support module mounting design with anti-float devise, allowing secure connection of the support module and receptacle housing.

Another attractive feature of the FX8C-100/100P11-SV6J(94) is its low profile design, which allows for use in high-density applications. The pitch is very small, aiding in the ability to truly maximize the density within the confines of the board space. Additionally, the contacts have a gold-plated finish, which aids in providing superior connection quality and reliability.

The FX8C-100/100P11-SV6J(94) comes in two main body sizes, 8 mm and 24 mm, along with various contact and housing configurations, allowing for significant flexibility in its use. It includes an alignment key for an accurate mating and it can be mounted from either the top or bottom of the board. You also have the option of customizable tail lengths, so it is easier to match it with the exact device in which it is being integrated.

The working principle of the FX8C-100/100P11-SV6J(94) is quite simple. When the mating connector is inserted, the contact pressures secure the two connectors together. The contacts are securely held in place via a single support beam of the receptacle. When the mating connector is disconnected, the receptacle lid is released, safely disconnecting all contacts.

The FX8C-100/100P11-SV6J(94) is designed to meet thermal requirements for high-density applications as well, with a heat resistance rating of 125°C (257°F). It is quite versatile, with several variants available for any given application. It is capable of transferring both power and signal in both directions, and its combination of features, flexibility, and performance make it suitable for a wide variety of applications.

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