Formula Parallel Circuit of Capacitors Voltage Individual voltages
$$U ~=~ U_1 ~=~ U_2 ~=~ U_3 ~=~ ... ~=~ U_n$$ $$U ~=~ U_1 ~=~ U_2 ~=~ U_3 ~=~ ... ~=~ U_n$$
Voltage
$$ U $$ Unit $$ \mathrm{V} $$ The voltage of capacitors connected in parallel is the same on all capacitors.
Let us consider a parallel circuit of three capacitors. If the voltage \( U_1 = 200 \, \mathrm{V} \) is across the first capacitor at time \(t\), then the voltage across all the other capacitors will have the same value: $$ U ~=~ U_1 ~=~ U_2 ~=~ U_3 ~=~ 200 \, \mathrm{V} $$
Individual voltages
$$ U_1, U_2, U_3, ..., U_n $$ Unit $$ \mathrm{V} $$- \(U_1\) is the voltage at the first capacitor.
- \(U_2\) is the voltage at the second capacitor.
- \(U_3\) is the voltage at the third capacitor.
- And so on...