Problem 5.33 After having been in position 1 for a long time, the switch in thecircuit of Fig. P5.33 was moved to position 2 at0. Given that Vo 12 V,R₁ = 30 k2, R2 = 120 k2, R3 = 60 k2, and C = 100 uF, determine:(a) ic(0) and vc (0¯)(b) ic(0) and vc(0)(c) ic(∞) and Uc (∞)(d) vc (1) for 1≥0(e) ic(t) for t≥0R₁$ 1 1 3VoFigure P5.33 Circuit for Problem 5.33.DC

Answered: Image /qna-images/answer/d4aa207b-3561-4053-89c3-4498a8be32eb.jpg

Answered: Problem 5.33 After having been in…

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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Reduce the block diagram shown in Figure P5.6 to a single block, T(s) = C(s)/R(s). [Section: 5.2] G8(s) C(s) R(s) G()- Gs(s)- G2(s) G4(s) G7(s) G3(3) FIGURE P5.6
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If a J-type thermocouple is used in a standard two-junction thermocouple configuration with a 100°C reference temperature, what measurement temperature would correspond to a measured voltage of 30 mV? Given Vr/100 = 30mV Hint: Solve the above polynomial eq. for V100/0 using MATLAB, Mathematics, Maple, or other mathematic software. After you get 100/0, use Law of Intermediate Metals Eq VT/0-VI/100+V100/0 and eq.: I=c++++++ 7/0 7/0
Write the differential equation for t > 0 for thecircuit of Figure P5.41
5.46 After having been in position 1 for a long time, the switch in the circuit of Fig. P5.46 was moved to position 2 at t = 0. Given that Vo 12 V, R₁ = 30 S2, R₂ = 120 M2, R3 = 60 2, and L= 0.2 H, determine: (a) iL (0) and UL (0) (b) iL (0) and UL (0) (c) iL (0) and UL (0) (d) i(t) for t≥0 (e) UL (t) for t≥0
QUESTION 4 Consider a linear circuit having input voltage Vin (t) and a corresponding output voltage Vout (t). Which of the following statements concerning time varying input and output is certainly true: a) When the input is exponential Vin(t) = e³₁t with some value $₁, the output must also be exponential Vout(t) = Aes2t with S₂ and s₁ being different in general. b) When the input is exponential Vin(t) = es₁t with exponential constant S₁, the output must also be exponential Vout (t) = = AeS₁t only if s₁is a real number, while A could be either real or complex number. c) When the input is exponential Vin(t) = es₁t with some exponential constant S₁, the output must also be exponential Vout (t) = AeS₁t, where both s₁ and A can be real or complex numbers d) None of the above a)
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5 In the circuit of Figure P5.41, S opens at t = 0 and Sz opens at t = 48 s. a. Find vc(t= 0+). b. Find z for 0 48 s. e. Find an expression for vc(t) valid for t > 48 s. f. Plot vc(t) for all time.
Solve for electrical circuit exercise
3. Now we replace the resistor in the circuit of problem 1 with a diode-connected PMOS device as shown. M4 (5/1) D4 C. M6 D6 REF = 25μA D1 M1 (5/1) VDD = 5V VGSP + VGSN D5 M5 (5/1) D2 M2 (10/1) Vss=-5V D3 M3 (25/1) a. What W/L ratio is needed for M6 in order to set IREF = 25 µA? b. If M6 is implemented as a diode-connected nFET instead of pFET, what W/L ratio would be required? Which implementation, pFET or nFET would take up the most area, assuming W is fixed at 1μm?
Problem 3: Design a buck-boost converter to meet the following specifications. Assume that the ESR of the 40x106 capacitor in the available type is given by ESR = 2, where C is the capacitance in C Farads (this information is given so that the students do not have to refer to a capacitor datasheet to complete this design; for example, if you need to limit the ESR to be less than 0.12, based on the design equations given in the notes, then C should be more than 400 uF for this type of capacitors). Vin = 10V - 14Vdc; Vo = 12Vdc; I, max = 5A; Io_min = 1A fs = 100kHz; AV, < 100mV (pk – pk)

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