FX6-20P-0.8SV(92)

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FX6-20P-0.8SV(92) is part of the rectangular connectors - arrays, edge type, mezzanine (board to board) family. This connector has high contact points, which can be soldered onto the board in order to complete the connection process. This type of connector has a high current rating, which makes it suitable for higher power applications.

This connector consists of two rows of 20 pin positions, which are connected via a 0.8mm pitch. This connector is rated for a current up to 9A and a voltage of 200V. It also features a low-profile design, which allows it to be used in applications with limited space requirements. These features make it an ideal solution for applications such as high-density connecting systems, industrial and consumer electronics.

The main usage of the FX6-20P-0.8SV(92) is in applications that require a combination of power and signal connections. These connectors are used in a variety of products such as computers, printers, phones, medical devices, and automotive electronics. They are also used for high-speed signal transmission in telecommunications, as well as high-speed data transmission in server systems.

The working principle of the FX6-20P-0.8SV(92) is based on the use of a contact pattern on the board or on the connector housing. This contact pattern is composed of two rows of 20 pins, which are connected to each other via a 0.8mm pitch. The contact pattern ensures that when a mating component is connected, a reliable electrical connection is established. This is done by providing a tight electrical contact between the conductive surfaces, and the connections remain secure even when subjected to vibration and other environmental factors.

The FX6-20P-0.8SV(92) is a reliable connector with high contact points. It is well-suited for applications that require high current and voltage ratings, high-speed signal transmission and higher power applications. Additionally, this connector features a low-profile design, which allows it to be used in applications with limited space requirements.

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