ESQT-114-03-L-Q-330

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ESQT-114-03-L-Q-330 Application Field and Working Principle

ESQT-114-03-L-Q-330 is a type of rectangular connector – headers, receptacles, and female sockets – which are designed to connect electrical and electronic circuits for the transmission of information or signals. This particular type of connector is a popular choice for various applications such as computer systems, telecommunications, industrial automation, automotive, lighting, and medical equipment.

The ESQT-114-03-L-Q-330 connector is composed of a housing, a pin, and a socket. The housing is made out of high-quality plastic material which allows for improved dielectric and vibration performance and shield against environmental damage. It can withstand damage from many types of hazardous materials and is highly resistant to physical, chemical, and electrical shocks. The pin is made out of a Gold-plated metal to provide effective electrical connectivity and a high degree of reliability. The socket is designed with a combination of copper and nylon, which is strong enough to provide electrical continuity but flexible enough to protect the connection from shock and vibration.

The ESQT-114-03-L-Q-330 connector has various applications in industrial sectors as well as for consumer products. The main areas of usage include aerospace, automotive, communications, computers, industrial automation, medical equipment, and power systems.

Working Principle

The working principle of the ESQT-114-03-L-Q-330 connector is relatively simple. It is designed to make an electrical connection between two components with relative ease. The first component is a pin which is inserted into a socket on the connector. The socket has a piece of spring-loaded metal that makes contact with the pin and supplies the required electrical power. The connector is then connected with the second component by means of a mating connector.

After the two connectors are connected, current flows through the pin, through the spring-loaded metal and onto the mating connector. The current is then distributed to the intended component and is used to supply power to the device. It is important to ensure that the pin is firmly secured to the socket so that the power supply is not interrupted during operation.

In addition to the standard electrical connection, the ESQT-114-03-L-Q-330 connector also offers various solutions for secure and reliable data transmission. For example, there is an optional D-sub connector which provides a more secure connection for data transmission. The connector also features a strain relief mechanism which helps to ensure that the data transmission is uninterrupted.

Conclusion

In summary, the ESQT-114-03-L-Q-330 connector is designed to provide a simple, reliable, and secure electrical connection between two components. It is a popular choice for various applications such as aerospace, automotive, communications, industrial automation, medical equipment, and power systems. The connector is composed of a housing, a pin, and a socket and features a combination of copper and nylon for the socket to provide electrical continuity and flexibility. In addition, there is an optional D-sub connector which provides a more secure connection for data transmission.

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