ABSCANCS

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

RF Antennas have been developed over the years to provide various solutions for communication, navigation, and radar applications. One of the most important RF antenna types is the Absorptive Cross-Pol Antenna (ACSA). This antenna is used in a variety of areas ranging from communications to navigation and radar.

The ACSA works by absorbing a signal in a certain polarisation. The antenna works based on a high-absorption dipole, which absorbs signals in two polarisation directions. The ACSA consists of a vertical dipole, which absorbs the signal in the vertical polarisation direction. It also consists of a horizontal dipole, which absorbs the signal in the horizontal polarisation direction. These two dipoles work in tandem and together form the ACSA.

The most common application of the ACSA is in communications. It is often used in cellular base stations to create a directional transmission pattern. This helps to keep the transmit signal focused and reduce losses from interference. The ACSA can also be used for other communication applications such as monitoring the strength of signals and measuring distances.

Another application of the ACSA is in navigation systems. This is because the ACSA is able to reduce interference from other sources and direct the signal in a specific direction. This is especially useful in systems that require a very precise direction signal. The ACSA can also be used for airborne and marine navigation where it is able to decrease the amount of interference coming from other sources and provide a more precise signal.

Finally, the ACSA is also commonly used in radar systems. It can be used for both air and ground based systems. The main purpose of this is to reduce interference from other radar signals and focus the radar signal in a specific direction. This helps make sure that the radar signal is as accurate as possible.

The ACSA is an important antenna type in many applications. By absorbing a signal in two different polarisations, it helps reduce interference and provide a more precise and directed signal. These properties make it extremely versatile and suitable for a variety of applications.

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