TRA3650S3P-002

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RF antennas are essential for transmitting and receiving signals, and the TRA3650S3P-002 is an example of how modern technology enables a more powerful antenna. Its performance characteristics encompass an operating frequency range of 9.0 GHz to 10.25 GHz, a high gain of 14 dBi, and a low VSWR of 1.5:1. The antenna also features a balanced beamwidth of 832, a polarization of left-hand circular, a maximum input power of 200 watts, and a temperature range of -40 to 85 degrees Celsius. With these features, the TRA3650S3P-002 is capable of performing in a number of applications that require higher performance characteristics.

TRA3650S3P-002 applications include but are not limited to mobile communications and base stations, point-to-point links, video and surveillance systems, terrestrial microwave links, and satellite communications. This antenna is suitable for transmitting and receiving signals in harsh environments, including those encountered in remote or rural settings. It also supports wide bandwidth to provide a higher signal-to-noise ratio throughout the entire operating frequency range. Additionally, the TRA3650S3P-002 is designed for multiple polarizations and can be configured for either vertical or horizontal polarization, making it an ideal choice for many applications.

The working principle of the TRA3650S3P-002 is based on the principles of waveguide technology. Waveguide is a type of transmission line, consisting of a hollow metal tube or other similar conductor in which electromagnetic waves can be propagated. In a waveguide, the electromagnetic waves travel along the waveguide walls and can be routed, reflected, absorbed, and transmitted. The waveguide is designed in such a way that the signal is not absorbed, enabling the antenna to radiate efficiently the power in the entire frequency range.

The TRA3650S3P-002 consists of a radiating element and a reflector. The radiating element consists of a dipole antenna, while the reflector assists in increasing the gain of the antenna. The dipole antenna is designed to generate an open-ended waveguide, which transmits the signal and allows it to travel in a specific direction. The reflector is composed of a parabolic or quasi-parabolic structure that helps to reflect the signal in a specific direction.

The antenna gains its maximum power at the peak of the operating frequency range, and it works by receiving and transmitting energy within the entire operating frequency range. This is accomplished by manipulating the radiation pattern, adjusting polarization, and changing the shape of the reflector. By using software and hardware control, such as the impedance matching network, the antenna\'s gain can be further increased. The antenna also features a high degree of shielding to protect it from interference.

The TRA3650S3P-002 is a highly efficient and robust antenna that is designed to operate in various applications that require long-distance communication and high gain. The combination of features makes it suitable for a variety of applications, including mobile communication, point-to-point links, video and surveillance, and satellite communications. The antenna can operate in extremely cold and hot temperatures, ensuring reliable operation even in harsh conditions. Its high gain and wide bandwidth make it ideal for long-distance communication, and its multiple polarization makes it suitable for a variety of applications.

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