Ok, so I'm trying the idea of treating Vo as another node, but how exactly would that work?
Would the new equation be this:
(Vo-V1)/R + Vo/C = 0 ?
This is the only way I could think of making an equation using this method, but I'm 99.9% sure that's wrong. Could you help me out?
1. Find the transfer function of the following circuit. The circuit has been included as an attachment. I have tried using node voltage, which leads me to this equation:
(V1 - Vi)/R + V1/C + (V1-Vo)/(R+C) = 0
*V1 is the voltage of the essential node on the top center of the circuit...