ARV20A24

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RF switches are an important component in the modern day era of wireless communication. These switches are useful tools for controlling the direction and amplitude of a radio frequency signal. The ARV20A24 product is a single-pole multi-throw RF switch developed by JDS Uniphase Corporation. This product is designed to operates from 6GHz to 18GHz with a maximum insertion loss of 0.3dB.

The primary application of the ARV20A24 is transmission switching for cellular base stations, satellite radio systems, and wireless systems for commercial and military applications. The switch provides low signal loss, low distortion, and good isolation which are crucial components for base station applications. It can also be used to switch signals between different antennas, thus providing different radiation patterns.

The operating principle of the ARV20A24 is based on a double-shielded waveguide transmission line. This switching interconnect utilizes two sections of the interconnect line: a fundamental conductor and one or more conducting shields. Each of the sections is connected to a PIN diode, which serve as the switching elements. When a DC voltage is applied to each diode, the current supplied to the diode increases, reducing the signal loss and thus switching on the device.

In addition to its application to cellular base stations and other wireless systems, the ARV20A24 can also be used in test ranges and other applications where portability is an essential feature. The switch features a hermetically sealed construction to ensure reliability and repeatability of performance over a wide temperature range. Moreover, the switch provides excellent performance characteristics including low insertion loss, low intermodulation distortion, and high port-to-port isolation.

The ARV20A24 is an ideal choice for a variety of applications requiring a reliable and low-loss transmission switch. It is robust and offers excellent performance over a wide temperature range. It features hermetically sealed construction to ensure reliability and repeatability of performance, and it provides low insertion loss, low intermodulation distortion, and high port-to-port isolation.

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