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Capacitor series-parallel connection
The series-parallel calculation of capacitance is just the opposite of the series-parallel calculation of resistance. The relationship between voltage and capacity is as close as that between power and load.

Capacitor parallel connection

When multiple capacitors are placed side by side, their electrode areas are increased, and the total capacity naturally increases! When they are connected in parallel, the total capacity is the sum of capacitances: c parallel = C 1+C2+C3+ ...

Capacitor series connection

We connect several capacitors in series one after another. In this way, the total capacity will be reduced! Specifically, the total capacity after series connection is 1/C string =1/c1+1/C2+1/C3.

Safe operation of shunt capacitor

In order to ensure the safe operation of each capacitor, we usually connect a resistor in parallel, which is smaller than the insulation resistance of the capacitor. In this way, the voltage on each capacitor can be evenly distributed, and the capacitor can be prevented from being damaged due to excessively high voltage.

Capacitor discharge circuit

In the actual discharge circuit, the load is usually fixed, so with the decrease of capacitor voltage, the current will gradually decrease.