456-107TG

Coaxial Connectors (RF)

These days, coaxial connectors are popularly used for many applications such as communication and signal transmission. Among these connectors, the 456-107TG (4th Generation Series) is notable, as it is widely used in radio frequency signal transmission due to its wide operating frequency range and small size. In this article, we will look at the application field and working principle of the 456-107TG connector.

Application Field

The 456-107TG connector is a typical three port connector that can be used in multiple industrial applications. These applications include radio frequency (RF) operations, microwave, satellite, mobile communication, and many other areas. It also has a wide operating frequency range, meaning it can be implemented in a variety of applications that require different frequencies.

The 456-107TG connector itself is usually made up of a square main body with a 3.5mm thread diameter. It also features a copper center contact and two PTFE insulators located on each side of the main body. This ensures that the 456-107TG connector’s contact can be easily connected to other components in a wide range of applications.

Working Principle

456-107TG coaxial connectors use three core components in order to function. The first component is the dielectric, which is usually composed of an insulating material, such as PTFE. It is responsible for keeping the signal transmitted through the connector isolated from the environment. The second component is the center contact, which provides the main point of contact between two connected devices. Finally, a conductive outer shell is used in order to resist any external electromagnetic interference.

When two 456-107TG connectors are combined together, the center contact of the male connector is inserted into the female connector. This makes sure that the signal travels through the center contact, while the PTFE insulator separates the pins from the outer shell, allowing the signal to remain clean and free from any interference. The conductive outer shell ensures that any signals coming from outside the connectors are blocked and not interfering with the signal.

Once the center contact is inserted into the female connector, the outer conductive shell provides another layer of protection. This helps to reduce the signal loss from the connector in the case that it is exposed to any external electromagnetic interference, while at the same time provide the required electrical conduction between the two connectors. In other words, it is designed to ensure a secure electrical connection between the two devices.

Conclusion

The 456-107TG coaxial connector is an ideal fit for RF and other electronic operations due to its wide operating frequency range and small size. This ensures that it can be used in a variety of applications, making it one of the most popular coaxial connectors currently available. Its working principle also helps to ensure that the signal passes through the center contact while also mitigating any effects of external interference, making it one of the most reliable RF connectors currently available.