In the DC power supply circuit, the charging and discharging effects of electrolytic capacitor
s can be understood as passing alternating current, or discharging alternating current through the capacitor. The resistance of the capacitor to alternating current is called 'capacitive reactance'. The higher the alternating current frequency, the smaller the capacitive reactance of the electrolytic capacitor. The AC components in the DC circuit flow away through the capacitor, which reduces the interference to the lower level of the circuit and plays a filtering role. Electrolytic capacitors are used for 'filtering' in DC power circuits, using the characteristics of capacitor energy storage and capacitor terminal voltage that cannot change suddenly. Electrolytic capacitors can make the DC voltage more stable and can greatly improve the DC output waveform. The two plates of the electrolytic capacitor are immersed in the electrolyte (liquid), and the positive and negative electrodes have a chemical reaction, so it has a large capacitance. If the positive and negative electrodes are connected reversely, it will be broken down and damaged. The positive and negative poles of the electrolytic capacitor do not affect the filtering of AC waves.
electrolytic capacitor are all following the most compatible manufacturing regulations.
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