Design and simulate series and parallel RLC circuits with LTspice to demonstratedifferent damped characteristics: Critically Damped, Underdamped, and Overdamped.a.RwVsb.VsLmmmМеRwCC

General Explanation:For a simple RLC circuit, the following parameters define the transient behavior…

Answered: Design and simulate series and parallel…

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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Write MATLAB code
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 2-Design an OpAmp circuit that can perform the following operation v = (3v1 +5v2). Include the circuit and block diagram.
In the circuit below, we know that Q1 and Q2 have Beta-100 and VA-100 V. Knowing Vcc=10 V, (d) Find the numerical value of the overall gain (Vout/Vsig) [10 points]. Capacitors are very large in capacitance. Vsig Rsig= 100k Vi-Vin RB1= 400k RB2= 400k Vcc www I=1.01mA Vcc RC1 =5k Q1 HH I=1.01mA Vcc RC2 =5k Q2 Vout RL= 5k
1) Analyze a series RLC circuit like the figure given below and find the equation for Ver in terms of other components (not with their numerical values, just symbolic equation) 2) Apply the circuit in Figure 1 where Vw =50sin(2nft) V. f values are given in Table 1 for each situation. Use the following values using your student ID number. C1 = XX uF (XX: first two numbers of your ID, e.g., 18 uF) L1 = XXX uH (XXX: last three numbers of your ID, e.g., 108 mH) R1 = 100 Q C1 L1 Figure 1. Series RLC circuit 3) Draw impedance triangle for two cases f=50 and f=5000HZ. 4) Calculate voltage and current on each component and plot their phasors for two cases f=50 and f=5000HZ.

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Design and simulate series and parallel RLC circuits with LTspice to demonstrate different damped characteristics: Critically Damped, Underdamped, and Overdamped. a. R w Vs b. Vs L mmm Ме R w C C