RF Antennas

YE525012 Application Field and Working Principle

YE525012 is a type of RF (Radio Frequency) antenna with a wide range of applications across many industries, such as aviation, automobile, medical, communication, and military. This type of antenna is specifically designed for radar, navigation, and other applications, where long-distance transmission of signals is desired. This antenna utilizes a dipole radiation pattern with two flat antennas mounted in opposite directions. This unique structure allows it to be easily mounted and moved along with its reconfigurable feed structure. It is also highly impedance matched, providing excellent performance with numerous devices.

The YE525012 is a compact antenna that operates over a wide range of frequencies, from 1.2 GHz to 6.75 GHz. Its antenna gain ranges from 12.1 dBi to 17.5 dBi, making it an ideal choice for applications where long-distance signal transmission is desired. It also features a wide operating voltage range, from 5V to 28V, allowing it to be connected to a variety of devices. Further, it is also highly resistant to environmental factors, such as wind, humidity, temperature changes, and sunlight. This means it can withstand harsh conditions, and provides reliable performance at all times.

In terms of its working principle, the YE525012 uses a dipole radiation pattern, where two flat antennas are mounted in opposite directions. This allows the antenna to be highly directive and receive or transmit signals along two planes. The incoming and outgoing signals are polarized and this helps reduce any interference or distortion. Further, the antenna also features a special reconfigurable feed structure, which helps it adjust its transmission and reception properties for better performance. The wide operating voltage range also helps to ensure compatibility with a variety of devices.

Overall, the YE525012 RF antenna is designed for a range of applications, from avionics to medical, military, and communication. It is highly directive and resistant to environmental factors, allowing it to perform reliably in a variety of conditions. Its wide operating voltage range and reconfigurable feed structure ensure better compatibility with different devices. Additionally, the antenna is also highly impedance matched, providing excellent performance with numerous devices.