GT5-2/1S-HU

Coaxial connectors (RF) – Accessories are used to connect signal or power cables via the facilitated connection. The GT5-2/1S-HU is a type of connector that can be used in a variety of applications. This article discusses the application field and inner workings of the GT5-2/1S-HU.

Application Field

The GT5-2/1S-HU is typically used in applications where high-frequency signals are being transmitted. Its sealing is ideal for outdoor use due to its resistance to dust, water, humidity, and high levels of temperature. The connector is most frequently found in the fields of communications, maritime applications, terrestrial navigation, aerospace, and broadcasting.

It is also commonly used in medical electronics, as well as in the automotive and industrial sectors. Its reliability and flexibility, as well as its resistance to oil, allow it to be used in any environment where proper signal processing is required.

Inner Workings

The GT5-2/1S-HU consists of two main components – the inner conductor and the outer shielding. The inner conductor is made of silver plated copper, and it is designed to carry the signal. The outer shielding is made out of stainless steel and is designed to block out unwanted external interference.

The inner conductor is insulated with a thin layer of polyethylene, and the outer shielding is surrounded by a grounding clip. The clip helps to secure the connector and keeps the signal from leaking out while in use. Lastly, the connector is secured to the cable via a clamp that is secured to the cable with a set screw.

The GT5-2/1S-HU is designed to handle frequencies up to 18 GHz, and its impedance is 50 Ohms. Its dielectric strength is 500 Vrms, and its contact resistance is 20 mΩ. It is rated to between -40°C and +130°C and is RoHS compliant, allowing it to be used safely in a variety of applications.

Conclusion

The GT5-2/1S-HU is a type of coaxial connector used in a variety of applications, such as communications, maritime applications, automotive, aerospace, broadcasting, and medical electronics. Its inner conductor is made of silver-plated copper for superior signal transfer, while its outer shielding is made of stainless steel for improved protection against interference. Its insulation, dielectric strength, and contact resistance allow it to be used in any environment where proper signal processing is required.