FCE17E09PC40B

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D-Sub Connectors have been widely utilized in many industries due to their high reliability, compact size, and large array of configurations. The FC17E09PC-40B is one of the most popular models of these type of connectors and is widely used in the automotive, industrial, and defense applications, due to its resistance to shock, vibration, and high temperature.

The FC17E09PC-40B is a robust and reliable connector with a 9-pin design, a variety of pitch options, and a metal shell that is highly resistant to corrosion and wear. The connector is designed to provide a secure connection between electronic components or wires and a circuit board, while protecting the components and keeping the electrical current safe. It features a double-ended design, allowing it to withstand high temperatures and provide greater electrical conductivity.

The FC17E09PC-40B features a unique pin-in-socket design that allows for quick and easy assembly. The pins on the connector are angled to lock into the sockets, ensuring a reliable connection. The metal shell protecting the pins and sockets is designed to withstand shock, vibration, and temperature change. The connector is also designed to provide superior performance in high vibration environments.

The working principle of the FC17E09PC-40B is simple and efficient. When two connectors are mated, the pins on one connector slide into the sockets on the other connector. The pins are angled to ensure a secure connection. As the connectors are mated, a spring-loaded metal shield on the side of the connector slides into place to protect the pins and sockets from damage and corrosion.

When the connectors are assembled, the pins will make contact with the appropriate pins and sockets, allowing for a secure connection. The spring-loaded shield is designed to provide an extra layer of protection for the pins and sockets from shock, vibration, and temperature change. With its robust design and superior performance, the FC17E09PC-40B is an ideal connector for automotive, industrial, and defense applications.

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