7704-6

Coaxial Connectors (RF) have become a ubiquitous technology in our lives – from TV antennas, to cell phone towers and satellite dishes. The 7704-6 is a type of coaxial connector specifically designed for applications requiring high signal integrity and low DC resistance. This article explains the application field and working principle of 7704-6 coaxial connectors.

RF coaxial connectors are commonly used in telecommunications, video equipment, and broadcasting. The 7704-6 connector is typically used in applications requiring a medium-size connector with excellent RF performance such as WiFi, bluetooth, and cellular communications. It has a small form factor and is compatible with semi-rigid and flexible coaxial cables.

The 7704-6 has two contacts. The inner contact is a pin, and the outer contact is a shield. The pin contact provides the connection between the center conductor of the cable and the connector. The shield contact connects the cable’s outer conductor to the connector casing. This type of connector offers excellent RF and electrical performance due to the tight contact connection between the pin and the shield.

The 7704-6 connector is often used in high impedance applications. Its design uses a threaded coupling mechanism, which allows the torque to be accurately applied when connecting components. This ensures a low-loss connection and ensures that electromagnetic interference (EMI) is minimised, which increases signal integrity and reduces distortion.

The 7704-6 is also designed with an insulated adapter. This offers environmental protection, as the adapter prevents water or dust from entering the connector. It is also useful for thermal management, as the adapter helps to dissipate heat.

The 7704-6 is a reliable and versatile connector. Its design ensures high signal integrity, while its threaded coupling ensures a low-loss connection. It is compatible with semi-rigid and flexible coaxial cables and offers excellent RF, electrical, and environmental protection. The 7704-6 offers a simple and efficient solution for high-impedance applications in telephone and video transmission.