FX6A-20S-0.8SV(71)

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Rectangular connectors are essential components in a variety of electrical and electronic systems. Among others, Arrays, Edge Type, Mezzanine (Board to Board) connectors are the most commonly used. FX6A-20S-0.8SV(71) is a type of Arrays, Edge Type, Mezzanine (Board to Board) rectangular connector, and it has wide applications and complex working principles.

When it comes to the application field, the FX6A-20S-0.8SV(71) can be extensively used for power and signal transmission in many devices, such as medical electronic systems, barcode scanners, sensor systems, communication equipment and the like. The FX6A-20S-0.8SV(71) is specially designed for high speed signal transmission, and it provides excellent contact reliability.

Now let’s discuss the construction and working principle of the FX6A-20S-0.8SV(71). It is a dual high-performance, compact Edge Type Mezzanine (Board to Board) connector. The FX6A-20S-0.8SV(71) is a soldermale type connector with 20 pins. It is made of gold plated phosphor bronze contacts, plastic housing and aluminum or steel shell. A special feature of FX6A-20S-0.8SV(71) is its dual-shielding structure, which provides accurate electrical insulation and can guarantee transmission quality. It is also equipped with an internal anti-interference shield that can effectively reduce electromagnetic interference.

The working principle of the FX6A-20S-0.8SV(71) is relatively complicated. In simple terms, it works with electrical signals flowing through the pins in the connector. The electrical signals are transmitted through the contacts of the contacts, then through the pins and into the connector body, which further redirect the electrical signals into its destination.

The FX6A-20S-0.8SV(71) Arrays, Edge Type, Mezzanine connector is a reliable and quality connector that can provide excellent transmission quality and accuracy. It has wide applications in various electronic equipment, from medical systems to communication systems. Its compact dual-shielding design and advanced transmission principles guarantee its superior performance and reliability.

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