FCE17E09SB6DB

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D-Sub Connectors are a type of electrical connector usually used for interconnecting two electronic devices. They have two parallel rows of pins or sockets that usually mate in a perpendicular fashion to provide signal pathways and electric current pathways between two pieces of equipment. The FCER17E09SB6B Connector is a specific type of D-Sub Connector that is commonly used in the telecommunications, military, transportation, and industrial markets.

The FCER17E09SB6B Connector features a 9-position crimp style splice connector with a multi-keyed design that ensures a secure connection between the terminal and the mating component. It has two rows of pins with 9 holes per row which provide two signal paths and 4 power paths. It has a snap-on mating design with positive locking and has electrical performance up to 500 MHz.

The FCER17E09SB6B Connector is used in a variety of applications such as telecommunications, military, transportation, and industrial systems. It is commonly used in data communication systems, medical device applications, aerospace applications, broadcast systems, and robotics. It is compatible with a variety of mating components and is available in both molded and unmolded configurations.

The working principle of the FCER17E09SB6B Connector is based on the physical contact between the pins and the mating component. When the two components are mated, there is a connection between the pins and the socket which allows electrical signals to be transmitted between the pieces of equipment. The pins have a spring-loaded design which ensures that the pins remain in contact with each other after the initial mating. This ensures that the connection remains secure even after extended periods of use.

Overall, the FCER17E09SB6B Connector is a reliable and durable electrical connector that can be used in a wide range of applications. It is compatible with a variety of mating components and has a snap-on design which ensures a secure connection. It is designed to provide reliable signal and power paths for signal transmission and has electrical performance up to 500 MHz.

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