MAF28002

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

RF antennas are ubiquitous in the electronic equipment industry today. They are used for a variety of purposes from transmitting and receiving signals, to amplifying them for better reception. The MAF28002 is one type of advanced RF antenna featuring a planar, dual-blade design and gain and bandwidth up to 11-12 dB and 10 MHz, respectively.

The MAF28002 antenna operates in the 26 to 33 GHz frequency range, making it suitable for applications such as cellular telecommunications, satellite communication, radio monitoring, and military surveillance. It supports various wireless protocols including 5G NR and WLAN, LTE, and WiMAX. It can provide a wide range of communication services including voice, multimedia, and video. The dual-blade design also provides directional radiation in the azimuth plane, allowing for the efficient transmission and reception of wireless signals.

The working principle behind the MAF28002 antenna is relatively simple. The planar, dual-blade design allows the waveguide and waveguide capacitors to match the impedance of free space to provide maximum gain and bandwidth. This allows for the efficient transmission of the RF signals from the feed point to the radiating elements. The two radiating elements then act as a resonant cavity to excite the air along the antenna’s longitudinal axis, resulting in the electromagnetic field radiated from the antenna.

The MAF28002 antenna is also unique in that it uses load-bearing coaxial input, which is used to control the frequency response and impedance of the antenna. This ensures the antenna can be optimally operated in the frequency range it is intended for. The coaxial input also features high-performance solder connections, allowing the antenna to be mounted easily and securely.

The MAF28002 is well suited for most applications requiring a high efficiency, wideband antenna in the 26-33 GHz range. It is suitable for wireless applications such as 5G NR, WiMAX, and LTE. Its planar, dual-blade design also provides for an efficient and directional transmission of RF signals. The antenna also features load-bearing coaxial input to control its impedance, allowing it to be mounted securely and easily.

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