FCE17E09PC4D0

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D-Sub Connectors are one type of electric connector that is used in the interconnection of electrical signals. Amongst the varieties that are available, the FCSE17E09PC4D0 is specifically designed for use in applications such as consumer electronics, automotive, medical and telecommunications.

These connectors are of the 9-pin variety, and the design is a metal-shell variant with screwlock threading. Their main purpose is to allow for the carriage of digital signals in a robust way, while being straightforward to install in applications where space is at a minimum.

As for the working principle of the FCSE17E09PC4D0, this connector features three main components – the contact pin, insulator housing and a shield. All of the materials used are known for their ability to withstand harsh environments and still perform optimally.

The contact pin is designed to carry the electrical signal with minimum resistance and minimal contact. It is made of a high quality steel and is treated with a special process to increase its durability and anti-corrosion ability. The insulator housing acts as both environmental protection and electrical insulation. It has a snap-fit assembly design, and an internal retainer which offers a secure and reliable connection. The shield acts as a cover against environmental contaminants like dust and moisture.

Other features of the FCSE17E09PC4D0 include its ease of press-fit mating, low insertion force, high-level contact resistance and excellent insulation properties. Additionally, the insulator is made from polychloroprene, which makes it resistant to abrasion and body fluids.

In terms of performance, the FCSE17E09PC4D0 is rated for an uninterrupted operating temperature up to 80 degrees Celsius, with a dielectric strength of 660 volts AC, a rated current of 0.5A and a wire range of 22-28 AWG.

Overall, the FCSE17E09PC4D0 is an ideal choice for applications which require a reliable and robust connection. With its reliable connection, minimal resistance, and excellent dielectric strength, this connector can operate in harsh environments without compromising on performance.

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