2-135763-2

Coaxial Connectors (RF) is a class of electronic connectors that are commonly used in signal transmission applications. The 2-135763-2 connector is one type of coaxial connector, and is commonly used in consumer and professional audio applications. This article will describe the application field and working principle of the 2-135763-2 connector.

Application Field

The 2-135763-2 connector is designed as a high frequency interconnect system for frequencies of up to 10GHz. It is commonly used in consumer audio applications such as digital audio players, car audio systems, portable media devices, and home theater systems. It is also commonly used in professional applications such as audio mixing boards, studio monitors, and broadcast television. The 2-135763-2 connector is designed for low VSWR, low insertion loss, and high return loss. It is suitable for both fixed and mobile installations.

Working Principle

The 2-135763-2 connector works on a basic principle of using a center pin surrounded by a shield. The outer shell of the connector is made of dielectric material, which helps to maintain the electrical integrity of the connection. The center pin is a hollow tube, and the tube is connected to the shield at one end and the centre pin at the other. The center pin and the shield are then connected to the cables that are to be connected. As the center pin moves away from the shield, it creates a gap between them, allowing a signal to pass through. The signal is passed between the center pin and the shield as the center pin moves, creating a constant movement of the signal through the gap. This principle is used to create a reliable connection between two devices.

Conclusion

The 2-135763-2 connector is designed as a high frequency interconnect system for frequencies of up to 10GHz. It is commonly used in consumer and professional audio applications, and is designed for low VSWR, low insertion loss, and high return loss. The connector works on a basic principle of using a center pin surrounded by a shield, and the signal is passed between the center pin and the shield as the center pin moves, creating a constant movement of the signal through the gap. This principle is used to create a reliable connection between two devices.