9869-8114

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

9869-8114 is a type of signal modulation, specifically an amplitude phase modulation. This kind of modulation belongs to the Miscellaneous than to the category of ‘Communications’ generally. It is particularly useful in some radio astronomy and satellite application fields. And it might also be used in some special monitoring or research fields. In this article, we will take a look at the applications and working principles of the 9869-8114 signal modulations.

Generally speaking, the 9869-8114 modulation technique is an amplitude-phase modulation. The main application field is radio astronomy. Radio astronomy here means the study of the radio waves emitted from cosmic sources. Some radio waves can even emit up to the infrared level. The science of radio astronomy is a very complex field and involves a great range of frequencies, from as low as a few tens of hertz to as high as hundreds of gigahertz. For the study of these radio waves, scientists need special monitoring equipmentsThe modulation of 9869-8114 can help monitor and detect these signals from the outer space. It is not the only suitable technique, but it has won the preferences to some degree since it allows monitoring at different levels with high precision. The modulation helps define accurately the signal in terms of frequency, phase, and amplitude. It can also measure the signals of varying intensities and detect pulses, when detecting transmissions from outer satellites, spacecrafts and other distant planets.

The working of the 9869-8114 modulation is rather complex. It works in a two-dimensional plane of the frequency and the phase. Firstly it separates the initial signal from the received signal, and then divides the frequency into many different frequency components. Then it measures the amplitude, the frequency and divides it into two parts, the transmitted and the reflected signal. Finally itcombines the two signals together to give the amplitude-phased modulated output signal. The signal from the transmitted stream is directly used by the receiver for further procedure and analysis.

Apart from the application in radio astronomy, 9869-8114 modulation is also used in the detection of communication signals from satellites and for the research purpose related to the transmission of radio waves. It helps the researchers to precisely measure the received signals and to detect the variation in their power levels. In satellite communication, 9869-8114 modulation helps to effectively receive and send data from one satellite to another. The modulation can also be used for intercepting radio signals from any target satellite in order to monitor and keep track of them.

In conclusion, 9869-8114 is a type of signal modulation that is generally classified as Miscellaneous. Its main application is in radio astronomy field, for the study of radio waves emitted from cosmic sources. But it can also be used for special monitoring and research purpose related to satellite communication and transmission of radio waves. The technique works in a two dimensional plane of the frequency and the phase, and it helps in detecting variation in power levels of the signals.

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