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Example
1: Find the total capacitance of 3 (Figure 15). Figure 15 Example 1 - Capacitors Connected in Series Example
2: Find the total capacitance and
working voltage of two capacitors in series, when both have a value of 150 Total voltage that can be applied across a group of capacitors in series is equal to the sum of the working voltages of the individual capacitors. working voltage = 120 V + 120 V = 240 volts Figure 16 Example 2 - Capacitors Connected in Series Example
3: Find the total capacitance of
three capacitors in parallel, if the values are 15 The working voltage of a group of capacitors in parallel is only as high as the lowest working voltage of an individual capacitor. Therefore, the working voltage of this combination is only 50 volts. Figure 17 Example 3 - Capacitors Connected in Parallel
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