FCC17C37SE210

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Introduction

D-Sub connectors are one of the key components in the electronics industry, they are designed for making electrical connections between circuit boards, cables and devices. The FCC17C37SE210 is one type of D-Sub connectors and is commonly used in a variety of applications.

Applications of FCC17C37SE210

FCC17C37SE210 are widely used as a part of various electronic applications and systems such as computer networks, telecommunications, industrial instrumentation, power supply, security systems, etc. It is designed for making reliable electrical connections and ensures efficient data transmission. The FCC17C37SE210 has a number of advantages, such as low insertion and extraction force, good contact conduction, resistance to various chemicals and environmental conditions, and RoHS compliant.

Most applications of this type of D-Sub connectors are remote interfaces, local and remote control systems, PC data services, modem data communication, hard drives, laser printers, industrial control, optical fibre systems, and audio communication. Additionally, it can also be used in aerospace, medical devices, point-of-sale (POS) systems, video game consoles, robotics, and more.

Working Principle of the FCC17C37SE210

The working principle of FCC17C37SE210 is simple. It uses a threaded fastener on its backshell to secure the connector to its mating component. The threaded fastener is usually made of steel, zinc alloy, aluminum, or other materials. The inner contacts of the FCC17C37SE210 are usually made of brass and are usually cut with a spanner-like tool to provide both electrical and mechanical connection. The contact-pins are then press fit inside the holes of the connector and secured with a threaded fastener.

The contact ends of the FCC17C37SE210 are nickel-plated for better contact conduction and reliability. The pin end of the connector is usually insulated with a polyethylene zirconia, which helps to reduce contact resistance and corrosion. This helps to ensure that the contact-pins remain in place and the signal integrity is maintained.

The FCC17C37SE210 is also designed with a number of safety features. The contacts are designed to prevent accidental contact with any other material and they are designed to prevent any electrical shorts. It is also designed with a dielectric strength of >1000V, which helps to protect the connector from voltage spikes and surges.

Conclusion

The FCC17C37SE210 is a popular D-Sub connector and is designed with several advantages such as low insertion and extraction force, good contact conduction, and resistance to various chemicals and environmental conditions. It is commonly used in a variety of applications such as PC data services, hard drives, laser printers, industrial control, optical fibre systems, telecom, and more. Theworking principle of the FCC17C37SE210 is simple and it uses a threaded fastener on its backshell to secure the connector to its mating component.

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