Introduce The Basic Working Principle Of Automatic Voltage Stabilizer

There are many factors that can cause voltage instability, the main one of which is the fluctuation of power supply voltage. These unstable grid voltages will not only affect the working efficiency of electrical equipment, but also have a great impact on the load. The emergence of Automatic Voltage Regulator can solve the problem of voltage instability very well. This device can ensure the stable output of voltage. In order to meet the actual voltage stabilization needs of consumers, a wide variety of voltage stabilizers have appeared on the market. Everyone needs to choose according to their load type and the degree of voltage stability (voltage stabilization accuracy).

There are indeed prominent differences in the working principles of different voltage stabilizers, but there are also some similarities between these power supply devices. These voltage stabilizers are voltage stabilization devices composed of control circuits, voltage regulators, voltage output devices, and displays.

In the actual operation of the automatic voltage stabilizer, the switch is the basic component for controlling the voltage input. It can provide strong protection for the voltage stabilizer itself and the electrical load. The so-called voltage regulator is a component that can control the stable output of voltage. The voltage at the output end of the voltage stabilizer must be closely coordinated with the load, so that the maximum value of the automatic voltage stabilizer can be reflected. The driving device of the voltage stabilizer mainly controls the strength of the voltage signal, and then makes corresponding adjustments according to the actual voltage situation. The driving protection device of the equipment is the output device that connects and disconnects the voltage stabilizer.

When the output voltage of the automatic voltage stabilizer is too high, the voltage regulating device will send a control signal to the driving device to lower the voltage. At this time, the driving device will drive the voltage regulating device to lower the output voltage; and vice versa.