Design a parallel RLC circuit to have an a) overdamped, b) underdamped, and c) c

Question

Design a parallel RLC circuit to have an a) overdamped, b) underdamped, and c) critically damped voltage response. Use matlab to plot the responses on the same graph, labeling each response with the component parameter values. What are the pros/cons of each type of second-order design? Design a parallel RLC circuit to have an a) overdamped, b) underdamped, and c) critically damped voltage response. Use matlab to plot the responses on the same graph, labeling each response with the component parameter values. What are the pros/cons of each type of second-order design?

Explanation / Answer

2nd order complete response proceedure same as 1st,but getting coefficients more complex

1.Add two equations

Icomplete = Inaturl + Iforced

2.solve for initial condition.must use initial condition for current needs both I(,t=0+) vdI(t=<0+)/dt

--Consider an RLC circuit with a switched voltage

From previous results for the natural response:, in terms of solution s of this impedence then

I(t)=A1exp(s1t)+A2 exp(s2t)

Related Questions

Navigate

• Browse (All)
• Browse D
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.