MVSP-2713

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MVSP-2713 is a multi-purpose, high speed multi-stage liquid crystal (LC) phase shifter. It is used to control the phase of microwave signals in applications ranging from communications systems to other electronic systems. Its working principle is based on two channels with two phase shifters respectively, one for the X-axis and the other for the Y-axis. The main application field of MVSP-2713 is the communications systems. The two-turns feature makes it possible to shift the signal phase in two directions which can be used to reduce the time difference between the pulse and its transmitted signal. It can be used to increase the signal-to-noise ratio (SNR), reduce the interferometric ripple, and increase the received signal power. The MVSP-2713 phase shifter can also be used in other electronic systems. Its two-turns allow it to quickly and accurately control the phase difference between two or more electronic components. This can be used for various purposes, such as controlling the speed of synchronous motors, controlling the light beam Optical modulators in television broadcasting systems or charging the transmission line for power system stabilisation. The working principle of MVSP-2713 is based on the liquid-crystal phase shifter, which is a two-stage circuit that is commonly used to control the phase of a signal. The first stage includes a series of voltage sources and a reference voltage, while the second stage includes a pair of differential amplifiers. In the first stage, the voltage sources are used to determine the operating frequency range of the phase shifter. When the input signal is applied to the reference voltage, the voltage sources produce an output that is in-phase with the reference voltage. By varying the strength of the voltage sources, the output will differ with the frequency of the input signal, resulting in a change in the phase of the signal. In the second stage, a pair of differential amplifiers are used to detect any changes that have occurred in the phase of the signal. The first amplifier will detect the in-phase component of the signal, while the second amplifier will detect the out-of-phase component. By combining the two signals, the effect of any phase changes can be detected and the resulting signal adjusted accordingly. The MVSP-2713 is able to quickly and accurately control the phase of the microwave signal. This makes it an ideal choice for applications such as those within communications systems, as it can reduce the time difference between the pulse and its transmitted signal, increase the signal-to-noise ratio (SNR), reduce the interferometric ripple, and increase the received signal power. It can also be used for other purposes, such as controlling the speed of synchronous motors or for power system stabilisation.

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