a) Obtain the open-loop transfer function Go to page: 12 the closed-loop transfer function c) Find the value of gain and closed-loop poles at the imaginary axis crossing:.. d) Write the range of k for which the closed system is stable:.. e) Write the value of k that makes the system marginally stable: f) What would be the period of oscillation g) Find %OS, Tp, Ts, atk = 15 h) Find the steady-state errors when the input is r(t)= 0.62 u(t) step at k=15:. H(s)G(s) = Question 4: *********. k (s+7)(s+1-j)(s+1+j)

a) Obtain the open-loop transfer function Go to page: 12 the closed-loop transfer function c) Find the value of gain and closed-loop poles at the imaginary axis crossing:.. d) Write the range of k for which the closed system is stable:.. e) Write the value of k that makes the system marginally stable: f) What would be the period of oscillation g) Find %OS, Tp, Ts, atk = 15 h) Find the steady-state errors when the input is r(t)= 0.62 u(t) step at k=15:. H(s)G(s) = Question 4: *********. k (s+7)(s+1-j)(s+1+j)

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

a) Find the close loop transfer function of the following system through block diagram simplification b) Convert the block diagram in a) into a signal flow graph
Q1 Design an operational-amplifier circuit using two inverting configurations to produce the output vo = +201 + 0.5v2 – 0.2v3 – 1v4. Choose feedback resistor Rf = 220kN for each amplifier. %3D | -
Which op-amp network is commonly used to reduce the effect of noise on comparator circuits (Schmitt trigger arrangement)?Using an output networkUsing a negative feedback networkUsing an input networkUsing a positive feedback network
b) If B =-0.015 and A =-5×10“, determine the closed-loop gain Ar.
a- Zero. b- Slightly different from zero. O Maximum positive or negative. d- An amplified sin wave. 9-Negative feedback reduces @ The feedback fraction. b- Distortion. c- The input offset voltage. d- The open-loop gain. 10-The input impedance of a current-voltage converter is Small. b- Large. c- Ideally zero. d- Ideally infinite. a- 11-In a linear op-amp circuit, the @ Signal are always sin wave. b- Op-amp does not go into saturation. c- Input impedance is ideally infinite. d- Gain-bandwidth product is constant.
solve a,b and c please. a. Define on-off ratio. Why series JFET has higher on-off ratio as compared to shunt JFET? b. Compare inverting and non-inverting amplifier? c. calculate the closed loop gain of the circuit diagram given below.
What is an A/D converter with Voltage-to-Frequency Conversion (VFC)? What is the working principle?
c) As given in the figure a clamper circuit with the input signal Vi is proposed to design. Determine the output voltage with the exact solution step by step. Sketch transfer characteristic VO versus Vi.
Given the feedback circuit below and assuming the voltage amplifier has gain A₂, input resistance R₁ and output resistance Ro, answer the following questions: + a. Loop gain b. Closed loop gain Re C. Input resistance d. Output resistance Rin м + RE A) Sketch the feedback small signal model of this circuit. (Hint: You may convert the input VIN and source resistance Rs to its Norton current equivalent if needed) B) Find the following in terms of the amplifier parameters and resistances R, and RF: Rout
Design a collector-feedback circuit using with Vcc = 5 V, Ic = 10 mA, and VCE = 1.5 V.
Plz solve both , i vll share positive feedback and vll upvote.... ASAP PLZZ
Given the following values and shunt-series feedback circuit below, answer the following question: The open-loop gain of the circuit is: A. 7.5 S B. -17850 C. 28125 D. −70312500 Ω