SHT-2175-F0-TNC-02

Coaxial Connectors (RF) - Terminators are complex structures used to join two pieces of coaxial cable with the most stable physical and electrical connection. The SHT-2175-F0-TNC-02 is one of the high end terminators from the series and is used in a variety of applications.

This is a 50 ohm non-slip / full-taper coaxial connector that comes with a robust TNC connector. It is threadless and very easy to install and can be used on wire with a diameter range of 0.4mm to 0.8mm, such as RG-174, RG-179 and RG-188. It has an extremely low interfance VSWR of <1.20:1 over the frequency range of DC-2.7GHz and a low insertion loss of 0.15dB. This makes it very suitable for use in antenna systems, antenna array systems, satellite communication systems and other types of communication systems.

The SHT-2175-F0-TNC-02 is a high quality terminator with its unique combination of reliable performance, low insertion loss, and good EMI/RFT suppression. It has an all-in-one connection design which makes it easy to install and can be used in both indoor and outdoor environments. Due to its low residual VSWR the SHT-2175-F0-TNC-02 is also corrosion resistant, allowing the connector to last longer than its competition.

The working principle of the SHT-2175-F0-TNC-02 is quite simple. It contains two layers of metal, with a dielectric insulation between them. The layer of metal next to the dielectric is connected to the antenna while the other layer is connected to the ground. This provides an effective connection between the antenna and the rest of the system. This type of connector is also known as a matched impedance connector since it helps maintain the correct impedance levels for the signal to flow unhindered.

In conclusion, the SHT-2175-F0-TNC-02 is a high quality terminator which provides a reliable and efficient connection between two pieces of coaxial cable. It has a low insertion loss and good EMI/RFT suppression. Its all-in-one connection design makes it easy to install and it is corrosion resistant. Its working principle is also simple, providing an effective connection between the antenna and the rest of the system by utilizing two layers of metal with a dielectric insulation between them.