OC51510H-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

OC51510H-FNM RF Antennas

The OC51510H-FNM antenna, also known as a 1.5 GHz circularly polarized antenna, is a crucial component of public safety radio, cell phone and other wireless broadcast systems. It has dual polarization providing high gain across the band. It is a designated high gain horn antenna able to transmit or receive signals from up to 10 km. This type of antenna works according to a law of physics known as the dipole antenna equation.

Applications of the OC51510H-FNM

The OC51510H-FNM antenna is ideally suited for public safety radio transmission and reception, as well as broadcast radio and TV. It is specifically designed for use in cell phone and other mobile communications. Because it is a circularly polarized antenna, it is perfect for broadcasting and receiving polarized signals in remote and rural areas. It can be used for point-to-point wireless communication, often used in areas where access to traditional infrastructure is limited.

Features of the OC51510H-FNM

The OC51510H-FNM antenna is designed to meet the needs of both public safety professionals and other users of wireless communication systems. Here are some of the features of this antenna:

• Dual polarization providing high gain across the band.
• Lightweight and compact design.
• Ability to transmit or receive signals from up to 10 km.
• Circularly polarized for long distance communication.
• Ideal for use in rural and remote locations.
• High gain performance for extended range communication.

Working Principle of the OC51510H-FNM

The OC51510H-FNM is based on the principle of the dipole antenna equation. The antenna operates based on the principle of a two-way, circularly polarized field. It consists of two radiating elements (the dipole antennas) that are arranged perpendicularly to each other. The fields become circularly polarized when the two radiating elements are equal in length and the distance between them is minimized.

The circularly polarized field is created by creating a phase difference between the two dipole radiating fields. As waves travel through this field, they are broken up into components that are 180 degrees out of phase with each other, creating a circularly polarized wave. This wave polarizes both horizontally and vertically, which leads to increased performance and better reception in both directions.

The OC51510H-FNM antenna is designed to maximize this capability by providing a highly directional, circularly polarized field with a high gain performance. This allows it to be used for long distance communication in difficult conditions. The antenna is also designed to maximize transmission efficiency and signal strength by using superior components.

Conclusion

The OC51510H-FNM antenna is a 1.5 GHz circularly polarized antenna designed for public safety radio, cell phone and other wireless broadcast systems. It is based on the dipole antenna equation and operates on the principle of a two-way, circularly polarized field. Its dual polarization provides high gain across the band, and its lightweight and compact design make it ideal for use in rural and remote locations. It is also designed for maximum transmission efficiency and signal strength.

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