4. The circuit elements in the circuit in the Figure are R=2000, C=10nF, and L=250 mH. The initial inductor current is-3
Posted: Fri May 20, 2022 9:23 pm
4. The circuit elements in the circuit in the Figure are R=2000, C=10nF, and L=250 mH. The initial inductor current is-30 mA, and the initial capacitor voltage is 90 V.
(a) Calculate the initial current in each branch of the circuit.
(b) Find v(t) for t⩾0
(c) Find iL(t) for tou ⩾0
- 4. The circuit elements in the circuit in the Figure are R=2000, C=10nF, and L=250 mH. The initial inductor current is -30 mA, and the initial capacitor voltage is 90 V. (a) Calculate the initial current in each branch of the circuit. (b) Find v(t) for t>0. Find i(t) for t0 i(t) iR + ic + Vo -C L lo uu 국 R V
(a) Calculate the initial current in each branch of the circuit.
(b) Find v(t) for t⩾0
(c) Find iL(t) for tou ⩾0
- 4 The Circuit Elements In The Circuit In The Figure Are R 2000 C 10nf And L 250 Mh The Initial Inductor Current Is 3 1 (194.72 KiB) Viewed 34 times