FCE17E09SB21B

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D-Sub Connectors are a type of connector commonly used in the electronics industry. They are also known as mini-D or double-D connectors, and are available in a variety of sizes, shapes, and configurations. The FCDE17E09SB21B is a D-Sub type connector, and is commonly used for applications such as industrial and instrumentation control systems.

The FCDE17E09SB21B is a dedicated 9-pin D-Sub connector, designed for use in compact spaces. It is characterized by a black plastic hood body with two solder lugs on each side that accept standard sized D-Sub crimp pins. The connector offers a reliable and versatile connection in applications where space is limited. It features a rated current of 12 amperes up to 48 Volts, and an insulation resistance value of 1000MΩ minimum.

The working principle of the FCDE17E09SB21B D-Sub connector is fairly simple. It consists of two main parts, the hood body and the pin contacts. When connected, the hood body provides a shielded environment for the pins to fit securely into. The two soldered lug components then secure the pin contacts, which creates electrical contact between both sides of the connector. This allows current to flow through the connection and operate the electronic device to which the connector is connected.

The FCDE17E09SB21B can be found in applications such as electronic measuring equipment, control systems, and even domestic appliances. It is also suitable for applications where circuit boards require additional protection, such as circuit boards used in enclosures and even in harsh environmental conditions. As the FCDE17E09SB21B is a dedicated connector, it is not suitable for all applications, such as those that require higher and lower pin counts.

In summary, the FCDE17E09SB61B is a dedicated 9-pin D-Sub connector, offering a reliable and versatile connection for use in applications where space is limited. It is suitable for applications such as industrial control systems and instrumentation systems as well as for circuit boards needing additional protection. Despite its use in compact spaces, its working principle is simple, relying on two main parts to establish electrical contact between both sides of the connector for the flow of current.

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