PSIBVU78

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The PSIBVU78 is a high-gain RF antenna used for long distance wireless transmission applications. It is used in a wide variety of applications, from point-to-point wireless links to remote control of industrial machinery. As an example, PSIBVU78 antennas are used in transportation systems to transmit data between the track side and the monitoring center.

The PSIBVU78 is an omnidirectional antenna that is able to receive and transmit horizontal and vertical polarization signals. It is also designed to reject interference from other RF sources. It has a short- to medium-range gain of 8 dBi and operates in the 825-835 MHz frequency band. It is designed for outdoor use and is compatible with most UHV systems.

The working principle of the PSIBVU78 antenna is based on the principles of electromagnetic radiation. The radio waves that are emitted by the antenna are radiated in all directions and spread out in a pattern known as an "omni," or "spherical" pattern. This pattern ensures that the antenna does not have to be pointed towards a target source for successful communication.

The antenna components are designed to be omni-directional to allow the wave energy to be radiated in all directions. These components are the antenna elements, baluns, reflectors, and waveguide. The antenna elements are the basic radiating structure that is used to transmit and receive signals. The baluns are used to make sure the signal is balanced and they are used to prevent the antenna elements from radiating signals in unexpected directions.

The reflectors are used to direct the signals in the desired direction. The waveguide acts as a conduit to carry the radio waves from the elements to the user. The internal components are housed within a radome, which is a protective dome that helps to keep the antenna elements safe from the environment.

In short, the PSIBVU78 antenna is a high-gain RF antenna used in a wide variety of applications. Its omnidirectional design ensures that signals will be sent in all directions without requiring the antenna to be adjusted. The antennas are designed to reject interference from other RF sources and have a short-to-medium gain of 8 dBi. The internal components are shielded from external elements by a radome to ensure the antenna’s aesthetic, as well as durability.

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