FX5-56S2A-DSAL(71)

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An FX5-56S2A-DSAL(71) Connector is part of the rectangular connector array, edge type, mezzanine (board to board) family. As the name implies, this type of connector is designed to connect two printed circuit boards. It does this with a pin-and-socket-style connection instead of the more common inline terminal style. It is made up of two parts, a male header and a female plug. The two parts are connected together through a series of pins and receptacles.

The male header of the FX5-56S2A-DSAL(71) connector contains a row of evenly-spaced pins, which are each inserted into a receptacle in the female plug, when the two are mated. The pin-and-socket style connection is designed to provide high levels of reliability, and all pins must have a good electrical connection before the connection is established. This type of connection also helps to reduce crosstalk, which is interference from other signals on the same circuit board.

The FX5-56S2A-DSAL(71) connector is designed for use in applications such as industrial, telecom, and aerospace, where robust and reliable connections are essential. The connector is also used in data communication, such as networking systems, routers, and switches, where precise, low-loss connections are needed. The connector has a wide operating temperature range and is able to handle a large amount of current.

The working principle of the FX5-56S2A-DSAL(71) connector is straightforward. When the two parts are connected, the pins of the male header insert into the receptacles of the female plug. The pins make an electrical connection with the receptacles, creating a data path between the two circuit boards. The connection is then secured with a locking mechanism, keeping it stable in all operating conditions.

The FX5-56S2A-DSAL(71) connector is an all-in-one solution for connecting two printed circuit boards, providing reliable connections that are easy to establish and maintain. With its wide range of features, it is well-suited for a variety of applications in which reliable and robust connectivity is a requirement.

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