CQBM-X

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

CQBM-X (Compact Quadropole-based Beam Monitor-X) is a special-purpose, high-performance, four-polarimetric microwave passive radiometer. In order to measure Earth’s radiation characteristics, CQBM-X was designed for remote sensing applications such as atmospheric, oceanic, and hydrologic research. Ground stationary and airborne mobile unit scans can be made to measure radiation characteristics in the VHF – XHF portions of the spectrum. The applications of CQBM-X can involve several different techniques for measuring, sending, and receiving microwave signals, depending on the desired functionality.

The most common application of CQBM-X is to measure the brightness temperature of the atmosphere. It operates by transmitting signals with a certain frequency and measuring the reflected microwave signal from the ground. Based on the signal strength and the frequency, CQBM-X can calculate the brightness temperature of the atmosphere. This technique is known as radiometry and is widely used in remote sensing.

Another important application of CQBM-X is to measure sea surface and land surface temperatures from a mobile platform. This is done by scanning the entire area with the microwave radiometer in order to detect the surface temperature of the region. It is also possible to measure the salinity of the ocean surface from satellite-based satellites using CQBM-X. In addition, it can also be used to measure wind speeds and directions, cloud formations, and other weather phenomena.

CQBM-X is capable of operating in different frequencies and polarizations. This allows for the capture of different types of information from the atmosphere. The most important factor in using CQBM-X is to achieve the best possible resolution. When the resolution is maximized, the precision of the results obtained from the sensor increases significantly.

The working principle of CQBM-X is based on the emission of electromagnetic waves in the form of microwaves. The microwaves are made to bounce off objects like the atmosphere and the ocean surface and then back to the CQBM-X antenna. The antenna then measures the signal strength and the frequency of the waves and uses this information to calculate the brightness temperatures. This process is known as radiometry.

CQBM-X can be used in a variety of applications due to its flexibility. It can be used to track weather patterns, ocean and land surface temperatures, and the Earth’s atmosphere. It can also provide valuable information for applications such as climate monitoring, crop tracking, and agricultural studies. It is an important asset for scientists and researchers interested in the environment.

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