What is the purpose of capacitors in parallel?

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capacitor groups are located in parallel in the circuit to increase the overall capacity of the group to the value greater than any of the individual components. Capacitors show in parallel with this characteristic because of their tendency to electrically consider a single capacitor with a total area of ​​the plate equal to all plates of the individual capacitor when connected in this configuration. Since the capacitance of any capacitor is the product of the component plate area, this increases the overall increase in the capacity of the combined component. When it is connected in the series, the opposite occurs, with the overall capacity of the group is less than any of the individual components. This phenomenon is used in applications such as extinguishing the output voltage of direct current (DC) in the power supply. The capacitor's capacitor for energy storage is known as capacity and is expressed in Farads (F). Capacitance is largely dictated by the surface surface of condenser boards and increases with increasing pLochy albums. This characteristic is used in different ways, either by placing groups of capacitors in parallel or series, among themselves in the perimeter. This is also often done by resists, but with exactly the opposite results in each configuration.

In direct contrast to resistors, capacitors in a parallel increase in capacitance, where the parallel groups of resistors reduce overall resistance. On the contrary, capacitors located in the series see a decrease in capacity, where resistance increases in the fields of the series resistor. Placing capacitors in parallel is a practical way to increase the overall capacity of the group. When they are placed in parallel, capacitors effectively become one component electrically with a plate equal to the combined plate areas of all components in the group. This means that the total capacity of the capacitor group is then greater than any of its individual members.

Increasing the total capacity of CondensThe weatters are useful in circuits such as DC power sources. In this application, several capacitors are located in parallel across the power of rectified power supply. There they absorb most of the residual alternating current (AC) ripple from the output, resulting in a smoother DC power supply. In this way, the designer of the circuits can maintain all other electrical properties of smaller components while increasing the overall capacity and the efficiency of the extermination capacitors.