030-2175-000

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• Introduction

The 030-2175-000 Circular Connectors - Contacts is the contacts part of the 030-2175-000 RF coaxial connector, which stands for Radio Frequency Coaxial Connector. This type of connector is a specialized form of circular connector widely used in the aerospace, medical, networking, telecommunications and other industries.

• Application Field

The 030-2175-000 Circular Connectors - Contacts can be used in a wide variety of applications, from high-frequency data transmission lines for networking and telecommunications to sinusoidal sensing in medical test equipment. In addition, this type of connector is also commonly used in aeronautics and military applications, providing reliable transmission and protection for high-frequency signals.

• Working Principle

The 030-2175-000 Circular Connectors - Contacts consist of two separate components - the male and the female side, both of which act as connectors. When connected, the contacts of the male side of the connector make contact with the contacts of the female side, allowing current to flow between the two components. The connection is secured with a locking mechanism, which prevents accidental disconnection.

The contacts of the 030-2175-000 Circular Connectors - Contacts are typically made of copper or an alloy, with a plating of gold or silver. This plating serves to protect the contacts from oxidation and increase their conductivity and life span. In addition, the plating also provides resistance to interference signals, improving the quality of the transmission.

• Conclusion

In summary, the 030-2175-000 Circular Connectors - Contacts are a specialized form of connectors widely used in the aerospace, medical, networking, telecommunications and other industries. They consist of two components and their contacts are typically made of copper or an alloy, with a plating of gold or silver. This plating serves to protect the contacts from oxidation and improve their conductivity and life span, while providing resistance to interference signals.

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