# Voltage across current source in an open circuit

My question is after steady state(ie. when capacitor is fully charged and behaves as an open circuit) is achieved what would be the potential difference across the dependent current source? How do I find it?

• " independent current source " or " dependent current source ". The two are completely different, but your title says one while question say the other. – Tom Carpenter Feb 21 '17 at 8:13
• 1) draw your circuit more clearly by separating the componnets more so the text does not overlap 2) you assume a steady state is achieved, is that always so ? What is required for a steady state to be achieved ? Think about a current flowing into a capacitor. – Bimpelrekkie Feb 21 '17 at 8:19
• @TomCarpenter Sorry ,I have edited it, my question here is specific to the given circuit. – GeneX Feb 21 '17 at 8:41
• For a capacitor, $I = C\frac{\mathrm{d}V}{\mathrm{d}t}$. What happens if $I$ is constant? – Tom Carpenter Feb 21 '17 at 8:44