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

Introduction

RF Antennas are designed to capture, transmit, or both, electromagnetic signals. To do that they leverage a feature of wireless technology found in almost all home and workplace electronics. The PAV69278O-FNF is an RF antenna for UHF transmissions with 7dBi gain.

Application Field of PAV69278O-FNF

The PAV69278O-FNF is a directional RF antenna that is suitable for UHF signals with a frequency range of 470-870 MHz. Its wide frequency range and high gain mean that it can be used for both short-range and long-range transmissions. It has a high front-to-back ratio, making it suitable for point-to-point transmissions and base station installations. The antenna can also be used for terrestrial TV and broadcast links.

Working Principle of PAV69278O-FNF

The PAV69278O-FNF is an antenna with three radiators in a Yagi configuration. It contains a dipole, which acts as a receive element for radio signals, a driven element, which amplifies and transmits signals, and a director element, which is responsible for focusing signals in one direction, resulting in higher gain. This directional antenna can be mounted horizontally or vertically to achieve maximum potential. The antenna is manually adjustable for both horizontal and vertical polarizations and offers 7 dBi peak gain.

Conclusion

The PAV69278O-FNF is a versatile directional RF antenna that can be used for a range of applications, including long- and short-range transmissions for UHF signals between 470-870 MHz. Its 7 dBi peak gain gives it the ability to focus signals in one direction with a high front-to-back ratio. This makes it suitable for point-to-point transmissions and base station installations that require extended ranges or greater coverage. It is manually adjustable for both horizontal and vertical polarizations for optimal performance.

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