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stevenvh
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delta U = I*T/C\$ \Delta U = \dfrac{I \times T}{C}\$ for DC current only! (I - current, T - time, C - capacitance).

in general:

u(t) = (1/C) * integration(i(t))\$ u(t) = \dfrac{1}{C} \times \int{i dt}\$

delta U = I*T/C for DC current only! (I - current, T - time, C - capacitance).

in general:

u(t) = (1/C) * integration(i(t))

\$ \Delta U = \dfrac{I \times T}{C}\$ for DC current only! (I - current, T - time, C - capacitance).

in general:

\$ u(t) = \dfrac{1}{C} \times \int{i dt}\$

added 50 characters in body
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mazurnification
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delta U = I*T/C for DC current only! (I - current, T - time, C - capacitance).

in general:

u(t) = (1/C) * integration(i(t))

delta U = I*T/C for DC current only! (I - current, T - time, C - capacitance).

delta U = I*T/C for DC current only! (I - current, T - time, C - capacitance).

in general:

u(t) = (1/C) * integration(i(t))

added 54 characters in body
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mazurnification
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T=C*Udelta U = I*T/IC for DC current only! (I - current, T - time, C - capacitance).

T=C*U/I for DC current only!

delta U = I*T/C for DC current only! (I - current, T - time, C - capacitance).

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mazurnification
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