- Homework Statement:
Circuit contains 2 inductors, 2 resistors and 2 capacitors (I'll attach a photo).
L1 = 20mH, L2 = 50mH, C1 = 20uF, C2 = 50uF, R1 = 4 ohms, R2 = 8ohms, Vmax = 48V, f = 159.155Hz
Solve for the complex impedance (Zeq). Solve for Vmax and the phase 0eq of the current I(t) relative to V(t).
- Relevant Equations:
Omega = 2(pi)f
Imax = Vmax / Zeq
0eq = tan^-1 (imaginary portion of equation (coefficient with i in Zeq) / real portion of equation)
I've attached my work below. The numbers seem odd to me though. Are my equations correct? Is the phase angle really (0/12)? If so, what are the implications of that?