Dynamic Voltage Stabilizer Price, What Are The Characteristics Of Thyristor Rectifier?

Dynamic Voltage Regulator (DVR)

Features

It is "trigger-ready". However, if the anode or control electrode is applied with a reverse voltage, the thyristor cannot be turned on. The function of the control electrode is to turn on the thyristor by applying a forward trigger pulse, but it cannot turn it off. So, what method can be used to turn off the thyristor that is turned on? To turn off the thyristor that is turned on, you can disconnect the anode power supply (switch S in Figure 3) or make the anode current less than the minimum value to maintain conduction (called the holding current). If an AC voltage or a pulsating DC voltage is applied between the anode and cathode of the thyristor, then when the voltage passes through zero, the thyristor will turn off automatically

The dynamic voltage regulator has the characteristics of undistorted output voltage waveform (output voltage waveform distortion rate increment <1%), and the dynamic voltage regulator adopts an electric operating mechanism to reduce the labor intensity of operation. The output power can be adjusted from zero voltage, has strong instantaneous overload capacity, small no-load current and no-load loss, high efficiency, low noise, and long life. It is suitable for various inductive, capacitive, and resistive loads. Widely used in chemical industry, metallurgy, instrumentation, machinery manufacturing, light industry, public equipment, household appliances, etc. Dynamic voltage stabilizer usage matters

A dynamic voltage stabilizer is essentially an autotransformer with adjustable output (end) voltage. The DC resistance of the coil of dynamic voltage stabilizers of different capacities is different, but usually very small. 0.4 ohms cannot be used as a basis for judging whether it is burned out.