FSI-150-10-L-D-E-AT-K-TR

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Rectangular connectors, specifically the FSI-150-10-L-D-E-AT-K-TR, are a type of electrical connectors array and most often used for edge-mounting components in circuit boards. These connectors are made-up of standard interconnects that connect two separate boards when mated with a common plug. This type of connector is most often used in embedded computer systems, including automotive and industrial control panels that require higher levels of performance and reliability.

The FSI-150-10-L-D-E-AT-K-TR rectangular connector is an array type edge connector with 10 connectors on one edge, with a total length of 101mm. Except for pin 1 and 10, which are 8 mm apart, the rest of the connectors are spaced out 8 mm in between them with a row pitch of 71.6 mm. This type of connector is used on small size boards, as it helps maximize the boards\' space. It also provides higher power/signal integrity and signal reliablility.

The FSI-150-10-L-D-E-AT-K-TR connector is pre-terminated to the edge of a board and can be designed to accept either a cable or a pin header. The contacts are made from beryllium copper alloy with gold plating, which ensures a reliable electrical connection and maximum durability. This type of connector is rated for a contact resistance of 5mOhm maximum with a recommended operating current of 0.4A per contact.

The most common application of the FSI-150-10-L-D-E-AT-K-TR connector is in embedded systems, where it is used for edge-mounting circuit boards. The connector offers excellent performance and reliability for such applications, as it provides higher power/signal integrity with its gold plated contacts. Additionally, it is easily mated with a standard plug, making for easy setup of any circuit board.

Overall, the FSI-150-10-L-D-E-AT-K-TR rectangular connector is the ideal connector for use in edge-mounting applications, particularly in embedded systems. Its design allows for a more space-efficient design of circuit boards, and its gold plated beryllium copper contacts ensure maximum performance and reliability. As a result, it is an ideal choice for any embedded system requiring higher levels of performance and reliability.

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