127-1701-801

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Coaxial Connectors (RF) are the most widely used electronic connector interface in different industries, and they have found a large number of applications in many electrical, electronic and communication systems. The 127-1701-801 is an example of a coaxial connector which is used in various applications. This article will discuss the application field and working principle of the 127-1701-801 connector.

Applications

The 127-1701-801 connector is mainly used in radio and digital data communication systems, as it offers a highly reliable connection. It is compatible with coaxial cables like RG59 and RG11, both common types used in various applications. The 127-1701-801 connector is also suitable for power and control applications in different industrial sectors. It is especially useful for connecting high power supplies such as AC and DC motor starters, thermostats, and relays.

In addition, the 127-1701-801 connector is widely used in broadcasting applications as it is designed to ensure a secure and low-noise, signal transmission. Some other applications for the connector include HVAC, medical equipment, telecommunication, automotive, and general manufacturing. The connector is also used in satellite TV setup since it is designed to reduce signal loss and interference.

Working Principle

The 127-1701-801 connector is designed to create a secure connection between two objects, usually an electrical device and a cable. It also reduces interference by creating an electromagnetic barrier that blocks out external signals. The connector consists of two primary components, the male connector, often referred to as a plug, and the female connector, often referred to as a jack. When these two components are joined, they form a connection or link.

The male connector has a cylindrical metal body with a center pin that is inserted into the center hole of the female connector. The female connector also contains a metal body that is surrounded by a rubber insert that is designed to provide insulation for the center pin. The two pieces are then connected to each other using a metal nut and a locking nut to ensure a secure connection.

The 127-1701-801 connector also contains a shielding layer between the inner and outer conductors. This shielding layer is made of a non-conductive material like plastic and it is designed to prevent signal leakage and maintain the signal integrity. The shielding layer helps reduce interference, noise, and distortion of the signal. The shielding layer also helps to decrease the possibility of the signal being weakened.

Conclusion

The 127-1701-801 is an example of a coaxial connector that is used in a variety of applications. It is mainly used for radio and digital data communication systems, as well as for high voltage and power applications in the industrial, medical, and broadcast sectors. The working principle of the connector is based upon the use of a male connector with a center pin, a female connector, and a shielding layer to reduce signal interference. It is an effective and reliable connector for different applications.

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