B132R

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One of the most innovative types of RF Antennas today is the B132R, and it’s gaining popularity as a great way to boost signal performance. The B132R is an antenna that was designed for the 5GHz 500mW 802.11n WLAN applications. The B132R is designed to provide enhanced link performance with low power dissipation and excellent range in an out-of-sight position.

In terms of application fields, the B132R is designed to add range and performance to a variety of wireless solutions including point to point digital links, wireless access points, outdoor wireless video bridges, backhaul links, roaming applications, and 802.11n mesh networks. Its high gain and directionality make it ideal for applications with tight space restrictions, while its superior range and low power dissipation make it an excellent choice for long distance applications as well.

The B132R’s working principle is based on the concept of a Yagi-Uda antenna, which uses a series of metal rods spaced in a specific pattern to form two elements: the driven element and the reflector. The driven element is responsible for receiving and transmitting the signal, while the reflector helps to direct the signal and increase its gain. The B132R also makes use of an additional element, called the director, which is positioned in front of the driven element and acts as a focal point, helping to focus the radiation pattern in one direction. This makes the antenna highly directional, and allows for longer range transmissions.

In addition to its superior range and performance, another advantage of the B132R is its relatively low cost. The antenna is also easy to install and requires very little maintenance, making it a great option for businesses looking for a reliable and economical antenna solution.

In conclusion, the B132R is a great RF antenna for a variety of applications. It offers excellent performance, a high gain, superior range, low power dissipation, and a low cost. Its Yagi-Uda design makes it highly directional, and the addition of a director element helps to focus the radiation pattern, making it perfect for applications requiring high performance transmission over long distances.

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