TRA6927M3PW-001

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The TRA6927M3PW-001 is a RF antenna that has gained immense popularity in the present market. It is a self-interference cancellation antenna that functions effectively in both indoor and outdoor environments. It has been widely used in numerous applications such as wireless LAN, cellular base station, WiMax, LTE, Bluetooth, and so on.

TRA6927M3PW-001 Features

The TRA6927M3PW-001 offers a wide frequency range of 450 MHz ~ 6 GHz. It provides a high gain of 5 dBi, an excellent radiation performance, and an operating temperature range from -40℃ to +85℃. In addition, the antenna has a 360° omnidirectional radiation pattern with a gain flatness of ±1 dB and a stable VSWR of 1.5 and input power of up to 10W.

TRA6927M3PW-001 Application Field

Since the TRA6927M3PW-001 offers impressive performance features, it can be used in a variety of applications and sites. It is ideal for outdoor wireless base station applications where high gain performance is required. It is also perfect for large venues such as stadiums and airports, with its wide frequency range and wide range of antenna radiation patterns. It can also be used in indoor wireless networks to guarantee high speed and reliable signal quality.

TRA6927M3PW-001 Working Principle

The TRA6927M3PW-001 works on a self-interference cancellation principle. In this type of antenna, there are two radiating elements which act as a single antenna. The first element acts as an emitter and the second element as a receiver, and they transmit and receive signals in the same frequency range. When both these elements are combined and the signals are captured, the interference caused by the electromagnetic noise is cancelled out, resulting in a high-gain, stable signal.

The TRA6927M3PW-001 is relatively easy to install and is known for its low noise, small size, excellent radiation performance, and excellent cost-performance ratio. It offers an impressive frequency response, perfect gain, and high efficiency in both indoor and outdoor environments. This makes it a popular choice for many telecommunication applications.

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