FOLC-140-02-S-Q

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FOLC-140-02-S-Q is part of a rectangular connector family which includes headers, receptacles, female sockets. It is designed to provide connection between a device and its mating PCB (Printed Circuit Board) for reliable and efficient data and energy transmission.

FOLC-140-02-S-Q\'s features include a 0.50mm contact spacing, a 9.00mm contact length, and straight or right-angle configurations with contact polarizing for standard applications. It is also a single-part design that allows for quick assembly, an improved ZIF (zero insertion force) locking mechanism, and a secure engagement/detachment with a stable connection.

The FOLC-140-02-S-Q connector is well-suited for a variety of applications that need a reliable and cost-effective connection. The connector is frequently used in the automotive and medical industries, but is also applicable in consumer electronics, industrial equipment, and telecommunications. It is particularly useful for applications requiring a high-speed transmission of data or energy, such as in-car Ethernet systems, medical imaging devices, and connected consumer goods.

FOLC-140-02-S-Q works by allowing electrical signals to be transferred through a series of press-fit metallic contacts. On one side of the connector is the female socket which is designed to accept the male header when the two parts are mated. The male header has a series of contact pins that come into contact with the female socket when the two parts are mated. These two parts are securely held together by a latching mechanism, allowing for a stable connection.

The number of contacts in a FOLC-140-02-S-Q connector varies, but is typically between 1 and 8. The contacts are made up of a robust material, typically copper, with a nickel or gold plating that is designed to help prevent corrosion and improve the conductivity of the electrical signals. The gold plating also helps to reduce the amount of electrical resistance that is created when the two mating parts are connected, thus enabling a high-speed data transmission. The contacts are also designed to be resistant to environmental factors, such as vibration, shock, heat, and UV radiation.

The robust construction and high-speed transfer capabilities of FOLC-140-02-S-Q make it an ideal choice for various applications requiring the efficient transmission of data or energy. Its single-part design also helps to reduce assembly time, making it a cost-effective solution for any application.

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