302 3. The resonant and damping frequency of a certain system was found to be 7.07 rad/s and 8.666 rad/s respectively. The real co-ordinate of the dominant pole is: (а) —8.12 (b)-7 (c) – 6.65 (d)

Q: a. Find out the frequency response of the LTI system. b. Determine the output y[n] when x[n] is…

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Q: 0.4 03:) For a system having the Transfer function G(s) Find the magnitude and phase of the s+ 0.2…

A: The given input is, θit=0.1sin6t+20=0.1∠20° The given transfer function is, Gs=0.4s+0.2=Hs For…

Q: You are asked to design an RC- low pass filter circuit with a cutoff frequency wc = 100 rad/sec. If…

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Q: Solve for the poles of the given system if the transfer function is X(s)/F(s).

A: Given Mass M=1.5 kg Damper coefficient , D =2N-s/m Spring(stiffness) constant, K= 6 N/m F=force…

Q: Bode plots for 4 different dynamic systems are reflected on the same graph. Please try to find out…

A: The transfer function from the bode plot can be derived by calculating the cut-off frequency of the…

Q: 1) À narrowband FM signal is defined as follows: s(t) - A. cos(2nft) – BA, sin(2nf et) sin(2nfmt)

A: consider the given question;

Q: The natural response of the circuit shown below is known to be 200t v(t) = –11e + 20e 800t V, for t…

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Q: Using straight line approximation, draw the Bode logarithmic magnitude response diagram of a system…

A: Draw the bode plot of the given transfer function.  Bode plot have two plot  Magnitude and phase…

Q: QI: Plot the Bode for the following system using the Analytical method on semi-log paper. (s + 1)(s…

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Q: For the system with (s + 300)(s + 50000) s(s + 20)(s + 4000) G(s) = 1- Find the analytical…

A: Given transfer function is as follows

Q: (a) A system has the transfer functioni Its gain at 1 rad/s is 1+s (1) 1 (i) 0 (iii) -1 (iv) 0.5

A: As per the guidelines, we supposed to answer one question at a time so please ask other questions…

Q: Given the following circuit: a) Derive the transfer function for v_capacitor(s)/Vin (s) b) Find…

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Q: For the figure below, determine how many poles of the transfer function, G(s) = VO(s)/V(s) are in…

A: The given circuit element should be converted into S-domain and then by using the nodal analysis we…

Q: A series RLC has a quality factor of 5.1 at its resonance frequency of 100kHz. Assuming the power…

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Q: QI: Plot the Bode for the following system using the Analytical method on semi-log paper. (s + 1)(s…

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Q: Suppose that an input of x(t) is applied to a causal LTI system whose magnitude response and phase…

A: a) The input power is calculated as shown below:…

Q: 1. Fellow Students, here are 2 Transfer Functions, Please: 10 s(0.5 s + 1)(0.2 s + 1) 0.1 s(0.5 s +…

A: (1-A) Write the given transfer function and write it in frequency form.…

Q: (c) Find the frequency response (magnitude and phase response) of a system at an angular frequency…

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Q: 3. Using straight line approximation, draw the Bode logarithmic magnitude response diagram of a…

A: Control system has the system representation in the form of transfer functions. The transfer…

Q: 1. In a two-port network, the output short-circuit current was measured while the source voltage at…

A: As per the policy, only one question is attempted The equations for Y parameter can be given by,

Q: An RLC series resonant circuit has the following parameter: fr=5000/2Hz, impedance at resonance =5k…

A: An RLC series resonant circuit has the following parameter : fr=50002πHzImpedance at resonance:…

Q: A ladder network has a voltage gain of 10 H(@) : (1 + jω) (10 + jω) Sketch the Bode plots for the…

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Q: Q.3) Draw the asymptotes of the Bode plots for the systems having a transfer function K s+ 1XT,s +…

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Q: For the system described by the following differential equation: a. Plot the poles and zeros on the…

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Q: 3. Using straight line approximation, draw the Bode logarithmic magnitude response diagram of a…

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Q: Find the resonant ws and f, for the series circuit with the following parameters: a. R= 10 N, L =1…

A: The resonant frequency of a series R-L-C circuit is ωs=1LC rad/s,fs=ωs2π Hz.

Q: Problem 6' Use asymptotic approximations to sketch frequency response plots for the following system…

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Q: Determine the transfer function Vout (S) of the electrical circuit given below. Vin (S)

A: Given- RLC in series with Input voltage = VI(t) Output voltage = Vo(t) To find- Transfer function…

Q: 3. Using straight line approximation, draw the Bode logarithmic magnitude response diagram of a…

A: A transfer function of a system is given. We need to draw the  bode logarithmic magnitude response…

Q: Given a network with the following transfer function, G(s) = 800(s + 0.5)/ s(s + 100)(s + 2)2…

A: Bode plot determine the phase response and gain margin of a linear time invariant system. It is used…

Q: s+0.1 For the system transfer function, H(s) , determine: S+5 i. The frequency response of a system.…

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Q: 1) Construct the Magnitude and Phase Plot for the following transfer functions, H(s) = (s+7(s+ 1)

A: In this question, draw the bode plot. I.e magnitude plot and phase plot.      as per our guidelines…

Q: For the series RLC circuit shown, the frequency of the voltage source v, 20cos(@) V is adjusted…

A: In the circuit, Resistor, inductor and capacitor are connected in series.  At resonance XL = 38 ohm…

Q: The corner or break frequency of the transfer function H= 100 (1+jw/2) is at rad/s. A 0 в) 0.2 2 (D…

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Q: QUESTION Transfer function of a system is given as: (1+ s)(0.1 + 10s) F(s) = (1+ 0.1s)(1 + 0.01s)…

A: Any system is represented by transfer function. The analysis of a system is done either in time…

Q: Find the transfer function, 02(s)/T (s),for the system below.

A: We assume required transfer function is  θL(s)Ea(s)  Given J1=4 kg-m2 J2=36 kg-m2 N1=50N2=150D1=8…

Q: 1) Determine the transfer function for the system given below. R(S) S+1 C(S)

A: In this question,  We need to calculate the transfer function .  Transfer function is define the…

Q: Using straight line approximation, draw the Bode logarithmic magnitude response diagram of a system…

A: Bode plot (magnitude response) is the plot of the gain plotted as a function of frequency. The gain…

Q: 0.4 03:) For a system having the Transfer function G(s) Find the magnitude and phase of the s+0.2…

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Q: The magnitude and the phase of the frequency response of a system with transfer function G(s) =! at…

A: Given transfer function and frequency are - Gs=e-τDssω=π2τD

Q: 1 kΩ 2 kM Vout Vin C = 20 µF, 2 kΩ 1 kΩ +

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Q: 3. Using straight line approximation, draw the Bode logarithmic magnitude response diagram of a…

A: In the question,  Draw the bode logarithmic magnitude of the given open loop transfer function using…

Q: 1 H 6Ω 0.4 F

A: For figure (a), series RLC circuit The resonant frequency is, ωr=1LC=11×0.4=1.58 rad/sec The quality…

Q: 2. A system has transfer function s+1 %3D s+4 G(s) = If the input is u(t) = 2 cos(3t), find the…

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Q: Given a network with the following transfer function, 105(s + 10) H(s) : (s + 100)(s + 1000)…

A: We need to plot magnitude and phase of given system .

Q: Let the following equation describe a discrete-time system: y[n] = 0.8y[n –- 1] + 0.5x[n] + 0.5x[n –…

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Q: The transfer function of a dynamical system is defined by a T(s) (1+3s) ? with a = 9.75. Calculate…

A: The solution is given below

Q: 10) Plot the frequency response of a causal LTI discrete-time system with a transfer function given…

A: The transfer function of the casual LTI discrete-time system is shown below:…