EXD450MX

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 have been used for communication devices since the invention of radios. Nowadays, antennas are becoming more and more necessary to our daily life and plays a vital role in our economy development.
EXD450MX is a type of RF antenna that has become increasingly popular due to its advanced functions and features. This product is suitable for short-range microwave communication and is widely used in applications including wireless communications, microwave communication, satellite communication, radar and other military communication systems.

Application Field of EXD450MX

EXD450MX has a frequency range of 4.2 to 8.5 GHz with a gain of up to 8.2dB. Moreover, the antenna has a fairly wide beam width of 31.3° in the E-plane and 28.6° in the H-plane, which makes it ideal for short-range application such as mobile communications, wireless LANs, radar and satellite communication. The antenna is also fairly small in size, which makes it easy to install and operate. Furthermore, its light weight can significantly reduce the shipping cost.

Working Principle of EXD450MX

The working principle of EXD450MX is based on the interaction between electromagnetic field and electromagnetic energy. The antenna works by receiving radio frequency signals and then converting them into electromagnetic waves. The electromagnetic waves then propagate through the antenna structure and propagate in space in the form of electromagnetic field. The antenna also re-emits some of the energy as radio frequency signals. The antenna also has a parasitic element, which works to enhance the antenna’s performance by helping to direct the antenna’s main lobe in the desired direction.

Conclusion

In conclusion, EXD450MX is a type of RF antenna that is suitable for short-range microwave communication. The wide beam width of this antenna is an advantage in mobile communications, wireless LANs, radar and satellite communication. Furthermore, its small size and light weight makes it an ideal choice for remote applications. Finally, the antenna’s working principle is based on the interaction between electromagnetic field and electromagnetic energy.

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