Figure P7.586 knwwwPSPICEMULTISIH8 mA 10 knOFF5 nF30 × 10%ON20 ΚΩ80 kΩΣ 100V7.59 Assume that the switch in the circuit of Fig. P7.58has been in the ON position for a long time beforeswitching instantaneously to the OFF position att = 0. Find v,,(1) for 1 ≥ 0.

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Answered: 6 kn PSPICE MULTISIN 8 mA 10 kn OFF 5…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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There is no energy stored in the circuit of at the time the switch is closed.1. a) Find io(t) for t≥0.2. b) Find vo(t) for t≥0+.3. c) Find i1(t) for t≥0.4. d) Find i2(t) for t≥0.5. e) Do your answers make sense in terms of known circuit behavior?
P7.2-18+ The input to the circuit shown in Figure P 7.2-18 is the current i(t) = 3e-25 A fort > 0 The output is the voltage v(t) = 9.6e-25t+0.4 V fort > 0 The initial capacitor voltage is vc (0) = -2 V. Determine the values of the capacitance C and resistance R. Vc(t) www R + i(t) v(t) C
7.57 The switch in the circuit seen in Eig. P7.57 has been in position a for a long time. At t = 0, the switch moves instantaneously to position b. Find vo(t) and i, (t) for t 20+. Figure P7.57 15 mA 20 kn (1) 20 ΚΩ Σ 10 kn (125 nF 0² 25 mA
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0+ 10 ms- 50 = 0 15 A( 3102 V, 350 mH 20 2 Problem 7.72. The action of the two switches in the circuit seen in the figure is as follows. For t< 0, switch 1 is in position a and switch 2 is open. This state has existed for a long time. At t = 0, switch 1 moves instantaneously from position a to position b, while switch 2 remains open. Ten milliseconds after switch 1 operates, switch 2 closes, remains closed for 10 ms and then opens. Find vo(t) in volts, 49 ms after switch 1 moves to position b.
In the circuit shown, the switch indicated open for a very long time, and then closed at t=0. When the switch moves, there is a transient response in the inductor current (indicated on the diagram as i). The component values are R1 = 1.1 k0, R2 = 2.2 k0, R3 = 2.2 kQ, L = 80 mH, C = 90 nF, Vs = 3 V. VS Q= + 2 No. 20 1 R1 Ω ww +1₁ R2 Ω + m V t= LH m Find the quality factor of the transient response (i.e. Q), to within 1% precision. > Okok
In the circuit shown, the switch indicated is open for a very long time, and then closed at t=0. When the switch moves, there is a transient response in the capacitor voltage (indicated on the diagram as v). The component values are R1 = 4.2 k0, R2 = 12.6 kQ, R3 = 12.6 kQ, C = 80 nF, Vs = 3 V. Find the time constant associated with the indicated voltage v after t>0. Answer to within 1% precision. R1 Ω ww T = is ↑ ms 20 O 1 R2 Ω m + V - CF R3 Ω M Foxe
Figure P7.3 30 Ω w a t=0 + 60 V + 702V2 - 90 Ω w 0.32 HV1
Solve using a differential equation. No Thevenin.
7. Consider the circuit in Figure 7. Find the expression of v(t) for t>0 and plot v(t) versus time. Assume i(t = 0) = Io. R₁ www. L 0000 Figure 7. R₂
I need the answer as soon as possible
7.70 Find Z in the circuit of Fig. P7.70, given that Vs and V₁ = 17.22e-j132.2⁰ V. Va √s + j4 Q2 m Z 3Ω ww -j5 Q Figure P7.70: Circuit for Problem 7.70. + = 40 V V a

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6 kn PSPICE MULTISIN 8 mA 10 kn OFF 5 nF 30 x 10¹ ON 20 ΚΩ is 80 kΩΣ 100V 7.59 Assume that the switch in the circuit of Fig. P7.58 has been in the ON position for a long time before switching instantaneously to the OFF position at t = 0. Find v,,(1) for 1 ≥ 0.