principle

Capacitors are the physical quantities that indicate capacitors to accommodate charge. We refer to the power difference between the power difference between the capacitor bipolar board as the capacitor. In physics, it is a static charge storage medium and an indispensable element in the electrical electronic system. General capacitors can be reused, but the energy density is small and the electrical energy storage time is short. It is usually used in filtering, signal coupling, resonant circuits, and direct circuits.

Capacitor energy storage is realized in the form of electric field. This energy storage form was first used in single pulse fast discharge technology. Until the mid -1970s, pulse power technology has always been based on capacitor energy storage and closed switching technology. Therefore, capacitive energy storage high -power pulse power occupies an important position in pulse power technology.

Characteristic

In general, capacitive energy storage has a simple structure, small charging power, mature technology, easy to operate, does not affect the environment at work, and economic reasonable advantages of work below 5mj.

The main disadvantage of capacitive energy storage is: If the protection measures are improper, explosive accidents may occur; the strength of the electronics and its breakdown field determines that its energy storage density is relatively low; the total energy storage is greater than 5mJ. If you need more than 5mJ energy, you can use the inductive energy storage instead of slow discharge, and the magnetic flux compressed generator can be used instead of the fast discharge power container group.

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