b. A system is characterised by a signal flow graph shown in figure 1.UseMason's gain formula to prove that the transfer function of the systemcan be determined.Gz 6/ G3-H1-H2Fig 1c. In a simulation to determine the stability of a system, the transferfunction below was obtained; use Routh Array Criterion to prove thatthis system is unstable.2s+5H(s)(s+3)(s+2)(s+5)+s++1

In this question we will find transfer function of given system using Masons gain formula.... Note:-…

b. A system is characterised by a signal flow graph shown in figure 1.Use Mason's gain formula to prove that the transfer function of the system can be determined. G2 6/ G3 -H1 -H2 Fig 1 c. In a simulation to determine the stability of a system, the transfer function below was obtained; use Routh Array Criterion to prove that this system is unstable. 2s+5 H(s) (s+3)(s+2)(s+5)+s++1

b. A system is characterised by a signal flow graph shown in figure 1.Use Mason's gain formula to prove that the transfer function of the system can be determined. G2 6/ G3 -H1 -H2 Fig 1 c. In a simulation to determine the stability of a system, the transfer function below was obtained; use Routh Array Criterion to prove that this system is unstable. 2s+5 H(s) (s+3)(s+2)(s+5)+s++1

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...

See similar textbooks

Similar questions

i need part 3 and part 4
please do (1) and (2) in matlab
Consider the system a) Sketch a Nyquist plot for G(s). b) Decide the phase and gain margins. G(s) = 1% S
For circuit shown in the figure with Voc=9 V, Rg=354 kn, Rc=409 0, RE=2.6 kn, B=117, VeE=0.7 V, determine S(lo). Vcc Rc RB Vc |VCE oVE emitter bias configuration Lütfen birini seçin: a.63.38 b.71.86 c.61.96 d.37.75 e.56.97
TFS Set up the ETS coefficients for the following signal - no need to complete the integration, as I am just checking for proper set up, including limits, notation, etc. Write in general terms of fundamental frequency, i.e., @o, however, at some point, you must clearly define the value of a base on the graph below. a) b) What is ao? 6 4 2 -6-4-2 What are an and bn for n >0? x(t) 246
We have a biomedical measurement set-up that can be modeled as a second order system with natural resonance frequency 15.9 Hz, damping coefficient 0.707 and gain 10.a. Determine the transfer function of the system.b. Determine the differential equation representing the system.c. Design the system in block diagram form using integrators, constant multipliers, and summing junction.d. Determine the step response of the system and draw it showing all important amplitude and time values on the plot.
02. Find the transfer function, C(s)R(s), for the signal-flow graph in Figure (2). Gyts) Gas) Gs) Gs) Has
Find transfer function of given signal flow graph using block diagram reduction techniques.
A system that satisfies the properties of superposition and homogeneity. Select one: a. Transfer function b. Linear c. Super position d. Signal flow e. Non linear W
please solve all parts surely gives u 4 likes need detailed and typed ans
In frequency domain specifications, Gain margin gives the relative distance between ............... point and G(jω)H(jω) plot.
Derive the transfer function of the system below using method: a. block diagram reduction b. signal flow graph Please answer in typing format please ASAP for