High-voltage power supplies can be classified into printed circuit board (PCB)-mounted, chassis-mounted (module), bench-top, and rack-mounted types, depending on the shape of the power supply. Installation method: PCB mount, chassis mount, benchtop, rack mount.Each of the following items can be classified into different types. Various types of high-voltage power supplies exist. The Cockcroft Walton circuit is also called a CW circuit, Cockcroft Walton generator, or Cockcroft Walton multiplier. Construction of a Cockcroft-Walton circuit Increasing the number of stages in the Cockcroft-Walton circuit increases the voltage to the desired level. It consists of a multi-stage combination of capacitors and diodes, as shown in the following circuit diagram. The method most often used for generating high voltages is the Cockcroft-Walton circuit. If high voltage is required in this way, use a high-voltage power supply. High voltage is essential to generate a strong electric field. In particular, mass spectrometry, electron microscopes, X-ray inspection equipment, optical communications, and space science experiments require strong electric fields to control and detect electrons in the equipment. In research and development, higher voltages are needed to operate equipment under different conditions and create a special environment for testing. Where are high-voltage power supplies used? In general, a high-voltage power supply refers to a power supply that outputs a DC high voltage. At Matsusada Precision, we classify power supplies that output 1000 V or more as high-voltage power supplies. There are many definitions of high voltage.
Release:, Update: What is a high-voltage power supply?Ī high-voltage power supply is a voltage conversion circuit that boosts a low input voltage to a higher voltage for output.
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