Find the Butterworth transfer functions for n=2 and n=3.

Q: Electrical syst shown below. Obtain Transfer function.

A:

Q: A system is described by the follow, differential equation: > d'y dt dy +5 d'x d'x dx +3 di² dr +6 +…

A: Given that

Q: 6. Consider a system define by differential equation d'x d'x dx +9 df (t) +2f(t) +8 + 15x = df dt dt…

A: In this question we need to find a transfer function of the given system.

Q: Find out, if any, the following for every transfer function above: 1. Open Loop poles and zeros 2.…

A: Given :  Brief description: In the above given question they have mentioned the open loop transfer…

Q: Q1: Comment on each step you need to obtain the second order transfer function which gives the…

A:

Q: Find the transfer function of a second order system yields a 8.08% overshoot And setting time of 3.2…

A: Given Data: Setting time = 3.2 second Peak overshoot = 8.08%

Q: From figure below the value of T &K of the transfer :function are C(s) K R(s) Ts2 +s + K c(t), 0.254…

A:

Q: Find stability of the system and number of pole in RHS of given transfer function of system. C(s))…

A: Routh Hurwitz  necessary but not sufficient  condition for stability is a)The coefficient of all…

Q: Perform the discrete-time convolution of with -n x(n) = ( (u[n+8] - u[n − 7]) h[n] = 2nU[-n]

A: Discrete-time convolution is given by,y[n]=x[n]*h[n]=where x[n] and h[n] are the…

Q: A second order system is described by the transfer function G(s) = 100/(s*s+ s+100). The percent…

A: Given second order system is described by transfer function G(s)=100s2+s+100

Q: 064. The natural frequency and damping ratio of the control system with the following transfer…

A:

Q: 50 (s² + 2s + 3)(s + 2) G(s): s5 + 40s4 + s3 + 20s2 + 10s + 6

A: Zeroes of system are those values on s plane where numerator of transfer function is zero. Poles of…

Q: Find the transfer function of the following differential equation:

A: The transfer function can be obtained by taking Laplace transform for the given differential…

Q: Solve with correct option and explain

A:

Q: Below is the Nyquist plot for 1/s transfer function. Nyquist plot Im 100 Re - 100 - 200 Y(s) | U(S)…

A: Given Nyquist plot shown  G(s)=1s2

Q: The input-3 e²tu(t), where u(t) is unit step function is applied to a system with transfer function…

A: Given- Input =-3e2tu(t). where, u(t)=unit step function. Transfer function- YsXs=s-2s+3, To Find-…

Q: Find the transfer function of the first order hold.

A:

Q: 6 H(S) = ; X(S) = 1 s+4

A: Given, H(s)=6/(s+4) X(s)= 1

Q: Design the analog circuit to implement this equation: vo = 2v11 + 3v2 - 3v13 + 5v14 – 2vı5 In which,…

A:

Q: 4) For each of the following transfer functions, Find the vaiue of 3, wn and report the kind of…

A:

Q: . Given a transfer function below, (a) Draw a block diagram for state space transformation, (b)…

A: Given the transfer function as shown below: a) We need to draw a block diagram for state diagram…

Q: What is the transfer function of the system given by differential equation? d²y dt² dy 3- dt s + 1…

A: Given, The equation is, d2ydt2-3dydt-4y=u+dudt

Q: A second order system is described by the transfer function G(s) = 100/(s*s+ 17s+100). The pic time…

A:

Q: A discrete time signal x[n] is given as x[n] = δ[n] + δ[n+1] + 3 δ[n-3] . Draw signals x[n-2],…

A:

Q: G(s) 100 s²+12S+100

A:

Q: Consider a system with transfer function -s3 + 9s2 – 24s + 16 G(s) g3 + 3s2 + 6s +4 10) When a step…

A: Given transfer function of the system shown G(s)=-s3+9s2-24s+16s3+3s2+6s+4

Q: state space model

A:

Q: D- Calculate the z-transform of the below signal and determine the ROC of it. [n]= 8[n]+ 4n]-3;)…

A: The detailed solution is given in the image

Q: Which system with the following transfer functions does not have an overshoot in its response to…

A:

Q: Find the transfer function by using block diagram classical teqnique

A:

Q: 6. A system is described by the following differential equation. Find the expression of the transfer…

A:

Q: : Comment on each step you need to obtain the second order transfer function which gives the…

A:

Q: R2 R Vout (1) RA RB (1)'= C2 +

A:

Q: Q2. ROOT-LOCUS Determine the Root-Locus for the following transfer function. 8 L (8) = 32+8+1

A:

Q: Xs = 50S + 100 S2 + 52S + 100

A: we need to derive the equation of C(t), Compute the time specifications & the maximum over shoot…

Q: R R2 out RA RB V'm (1) C2

A: the given circuit is opamp circuit where we were asked to find TF.

Q: k(s) Gi HC H₂ Gaz H₁ + + G3 C (s)

A:

Q: Solve for the voltage output using the transfer function below. please label your step-by-step on…

A:

Q: Given the signal x(n)={1,2,1,2} - Justify whether it is an energy or power signal - Compute its…

A: Given, Discrete signal is  x(n) = {1̅,2,1,2} We need to determine a) whether it is energy signal or…

Q: What is the transfer function of T(s) / 0 (s) for a given Damper? Viscous T(1) 0(1) damper O a. Ds2…

A: T(t)= D w(t) T(t)= D {dΦt}/dt Taking Laplace transform T(S)= DS Φs Hence T(s)/ϕs= DS