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Structure and characteristics of tethered high voltage power supply

Release time:

2023-05-06 14:05

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The tethered high-voltage power supply is a power supply that can maintain a stable output of high voltage. It is different from the general high-voltage DC power supply or high-voltage transformer, and has high stability and reliability. The characteristics of the tethered high-voltage power supply are: it can ensure high stability under load conditions; it has the ability of instantaneous output; the DC voltage is easy to adjust and control.

系留高压电源

The tethered high voltage power supply is widely used, which plays an important role in scientific research, industrial production, energy development and other fields. For example, in physics research, medical equipment, touch screen industry, semiconductor device testing and other fields need to use high-voltage power supply. Today, with the rapid development of electronic technology, it has become a hot topic. People pay more and more attention to its performance, structure, working principle and so on.

The tethered high-voltage power supply consists of the following basic components: rectifier transformer, energy storage inductor, thyristor, capacitor and load resistance. Among them, the rectifier transformer is mainly used to step down, and the energy storage inductor is to slow down the capacitor charging speed. The thyristor is used to control the on and off state of the circuit, and the capacitor is used to store electrical energy and provide high voltage output. The load resistor is used to consume the output current to ensure the stability of the system.

The tethered high-voltage power supply is a special power supply, and the application of its structure and principle is very important for the output of high-voltage power. With the continuous development of science and technology, the application of tethered high voltage power supply will be further promoted. The principle is to use the anti-magnetic principle to realize the circulation of the potential in the relay inductance, so as to realize the output of the high-voltage power supply. By driving the switch, the tethered high-voltage power supply makes the on and off of the switch realize cyclic change, and then pushes the current to flow on the relay inductance to output the high-voltage power supply.

The tethered high voltage power supply can be divided into two forms: DC and AC power supply.

The tethered high-voltage power supply of DC power supply is generally turned on and off through a magnetic switch, while the tethered high-voltage power supply of AC power supply is turned on and off through a three-phase voltage regulating transformer.

In addition, the tethered high-voltage power supply has two structural forms: chest type and leg type. The tethered high-voltage power supply in the form of leg structure is a portable power supply with high applicability, while the tethered high-voltage power supply in the form of chest structure is a fixed power supply with good safety.

The tethered high-voltage power supply is a high-voltage power supply that can realize potential circulation through the principle of diamagnetic. Its structural forms and characteristics have a variety of specific should be selected according to demand. But his implementation is not so simple. Under the premise of mastering its principle, you also need to choose the structure form and characteristics suitable for yourself in order to give full play to its advantages. When you walk in the dark, he can illuminate the way ahead for you; when you need to make high-precision measurements, he can even provide you with high accuracy and provide substantial protection for your experiments.

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