PC104R.A.07.0165C

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RF antennas are commonly used in communication systems, including in radio broadcasting, telecommunication, radar, navigation, and satellite communication. These antennas are designed to emit and receive radio frequency (RF) signals in the radio frequency range of the electromagnetic spectrum.

The PC104R.A.07.0165C antenna is a type of directional RF antenna that operates over the frequency range from 430 to 1,000 MHz. It has a gain of 16.5 dB across this frequency range. The nominal impedance of this antenna is 50 ohms and its beamwidth is 17 degrees.

This antenna is highly directional, which means that it is designed to send and receive signals in a narrow beam of 17 degrees. As such, it is best used in applications where a directional or focused beam of radiation is desired, such as in point-to-point wireless communication and radar applications. It is also suitable for applications where there are multiple signals that need to be separated or distinguished from each other, such as in satellite communication or broadcast television.

The working principle of the PC104R.A.07.0165C antenna is based on the principles of electromagnetism and resonant circuits. It uses a biconical dipole antenna element to achieve the desired frequency response. This antenna element consists of two metallic elements arranged in a conical shape, separated by an insulating material. The elements are positioned and configured in such a way that they act as an antenna element, radiating electromagnetic waves at a particular frequency. These waves are then focused in one direction, resulting in the directional radiation pattern. Furthermore, the PC104R.A.07.0165C also incorporates a built-in impedance matcher to ensure optimal performance across the frequency range.

The PC104R.A.07.0165C antenna is a highly reliable and efficient RF antenna that is suitable for many applications. It is designed to be compact yet robust and can be easily installed and configured. It is widely used in point-to-point wireless communication, satellite communication, broadcast television, and other radar applications. Furthermore, its built-in impedance matcher ensures optimal performance across the frequency range.

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