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Can somebody confirm if this is correct? I'm trying to use a wye-delta transformation on capacitors to solve for equivalent capacitance, but to be super-precise, I want to put capacitance in terms of resistance.
I = C*(dV/dt)
V = IR, so I = V/R
V/R = C*(dV/dt)
(V*dt) = R*C* dV
Integrate both sides.
V*t = R*C*V
t = R*C which means that R = t/C
That makes sense, since people talk about a time constant, but I just want to be sure.
I = C*(dV/dt)
V = IR, so I = V/R
V/R = C*(dV/dt)
(V*dt) = R*C* dV
Integrate both sides.
V*t = R*C*V
t = R*C which means that R = t/C
That makes sense, since people talk about a time constant, but I just want to be sure.