OC5150H-FNM

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The OC5150H-FNM is a multi-polarized, electronically steered RF Antenna array designed for applications requiring multiple simultaneous signal transmission or receiving capabilities. It is ideal for applications such as point-to-point radios, base stations, or internet of things (IoT) nodes. The OC5150H-FNM can be used to transmit or receive multiple signals simultaneously, thus greatly increasing the efficiency and range of your communications.

The OC5150H-FNM consists of sixteen antenna elements, which are arranged in four octagonal polar patterns. These patterns provide beamshaping, which allows the antenna to focus beams in the desired direction. This is done by electronically steering the beam in the desired direction. The pattern tilt and Az/El pointing capability of the OC5150H-FNM can be adjusted from 0 degrees to +/-90 degrees in elevation and +/-180 degrees in azimuth. This allows the antenna to be used in a variety of environments, indoors and outdoors.

The OC5150H-FNM antenna operates over the frequency band of 2 to 6 GHz, which is a broadband frequency range. It ensures that the user has access to high data rates over a wide range of applications. The antenna also features a high gain of 14 dBic and a low side lobe level, giving the user a very effective antenna performance.

When looking at the working principle behind the OC5150H-FNM, it can be seen that the antenna acts as an array of antenna elements. The array consists of sixteen antenna elements, which are arranged in four octagonal polar patterns. By using this array, a user can direct beams in the desired direction, or steer the beams electronically. This is done by controlling the phase and amplitude of signals sent to each of the antenna elements. The signals control the angle of emission of each element in order to direct the beams in the desired directions.

In addition to this, the OC5150H-FNM also has a variable antenna pattern tilt which can be adjusted from 0 degrees to +/-90 degrees in elevation and +/-180 degrees in azimuth. This allows the user to precisely tune the antenna to give optimal performance. The side lobe levels of the antenna are also very low, making it very efficient in operation.

The primary application field of the OC5150H-FNM is point-to-point radios, wireless base stations, and internet of things (IoT) nodes. The antenna\'s wide frequency range ensures that the user has access to high data rates over a wide range of applications. Furthermore, the antenna has a very low side lobe level, meaning that the user can benefit from increased distance ranges. Lastly, the variable antenna pattern tilt control makes it possible to precisely tune the antenna to give optimal performance.

The specific data is subject to PDF, and the above content is for reference