S463AM-868

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RF antennas follow a ratio of wavelength to the physical size of the antenna, the type chosen is based on the frequency, the applications needed, the range, and the orientation. The S463AM-868 is a multi-purpose antenna that falls into this category of RF antennas and provides the capabilities and performance needed to meet the demands of many applications.

The S463AM-868 antenna has an antenna gain of 8685 dBi and a gain pattern that is highly uniform across its range. This allows for improved range and a longer communication link between two devices. The antenna also boasts a very low noise figure with a low VSWR of less than 1.6 across its range. The frequency range of this antenna is 860 MHz to 915 MHz which is suitable for a variety of applications.

The S463AM-868 offers high-efficiency performance and has been tested and certified for use in various telecommunications applications. It can be used for point-to-point links and in wireless local area networks. Its wide-band operation makes it suitable for telemetry and control links or for use in satellite-based cellular networks. In addition, it can be used for terrestrial mobile networks and fixed-wireless applications.

The design of the S463AM-868 antenna is based on a double-ridge horn with a highly efficient radiating element. It is made from aluminum and is designed to withstand high wind speeds and extreme environmental conditions. The antenna is also designed to reduce unwanted interference by employing an integrated radome for improved shielding. This makes it particularly suitable for applications in which high levels of interference may be encountered.

In terms of its working principle, the S463AM-868 antenna utilizes the dielectric properties of air and the antenna’s physical structure to produce the desired radiation pattern. The antenna converts the incoming electric fields and magnetic fields into radio waves which are then propagated across the environment. The antenna is further tuned using two dielectric resonators placed at the back of the antenna to improve the radiation performance at specific frequencies.

The S463AM-868 antenna is an ideal choice for its wide range of applications due to its excellent performance, high-gain capabilities, and low noise figure. It is also very efficient in its use of energy and offers a wider frequency range than other antennas in its class. In addition, its durability and ability to withstand severe environmental conditions make it an ideal choice for applications in which a reliable antenna is needed.

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