FX11LA-60P/6-SV(92)

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The FX11LA-60P/6-SV(92) is a type of rectangular connector in the array, edge type, mezzanine (board to board) family. This type of connector is designed to provide quick and efficient connection between two boards or a board and a cable. It is composed of two elements, a connector on the board and the other on the cable, both designed to work together in order to properly transfer signals, power and data between the two boards or the board and the cable.

The FX11LA-60P/6-SV (92) is designed for use primarily in electronics and telecommunications applications where fast and reliable connections are needed. It is also ideal for applications that require high bandwidth, low power consumption, and robust signal integrity.

The FX11LA-60P/6-SV(92) has two major components. The first component is a molded body with a single row of pins. These pins are housed between two dielectric liners and are loaded into a housing shaped like a mezzanine. The second component is a press-fit card edge connector, which is placed at the bottom of the housing. This connector is designed to accept one side of the pins from the molded body.

The working principle of the FX11LA-60P/6-SV (92) is relatively simple. When the board is placed on the mezzanine, the pins are driven into their terminals on the press-fit card edge connector. This allows the signals, power and data to be transferred from the board to the other board or cable. The pins then provide the necessary electrical connection between the board and the other board or cable.

The FX11LA-60P/6-SV (92) is designed to deliver fast and reliable transmission of signals, power, and data in an efficient manner. Its high bandwidth capabilities make it suitable for applications such as storage, networking, automotive and consumer electronics. In addition, its press-fit card edge connector allows for quick and easy assembly and aids in improving signal integrity. This makes the FX11LA-60P/6-SV (92) a reliable and versatile choice for use in a variety of electronic and telecommunication applications.

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