FCC17B25PE410

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D-Sub connectors are commonly used in data transmission systems, and are frequently used in computer, communication, instrumentation and control applications. It has become indispensable for reliable signal connection. Among the various connectors, FCC17B25PE410 is one of the common D-Sub connectors, and its application field and working principle are as follows.

Application Field

FCC17B25PE410 is commonly used in the data transmission system. It is mainly used in charge cable, serial port line and other electronic and electrical equipment connection lines. In addition, this product is widely used in computer, communication, instrumentation, industrial automation control and other fields. In addition, FCC17B25PE410 uses gold plated copper alloy material as the contact material, with strong corrosion resistance, low contact resistance and other characteristics, so it is more ideal for harsh environment applications.

Working Principle

FCC17B25PE410 is a D-Sub connector, and its structure is relatively simple. It consists of a shell, pin, ground bed, and contact. The pin is the transition element that connects the inner circuit and the external line, and there is no current across the pin. The contact is the transition element that provides the current path between the internal circuit and the external line, and these contact points are generally made of gold plated copper alloy material. The contact points are connected to the inner circuit board by soldering, and the outer lead is connected to the external line by crimping, and the two are firmly connected, ensuring good electrical performance.

Conclusion

FCC17B25PE410 is a D-Sub connector commonly used in data transmission systems. It is mainly used in charge cable, serial port line and other electronic and electrical equipment connection lines. In addition, this product is widely used in computer, communication, instrumentation, industrial automation control and other fields. It consists of a shell, pin, ground bed, and contact. The contacts are connected to the inner circuit board by soldering, and the outer lead is connected to the external line by crimping, and the two are firmly connected, ensuring good electrical performance.

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