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(c) After substituting the parameters given in the problem, find the steady-state current, i from the state variable form. (d) Then, how much is the torque, T, generated by the circuit at the steady state? (e) Then, how much is the voltage drop, vb, generated by the circuit at the steady state? (f) When the transfer function of the system is given as Is +c I. V. LIs +(R_I+cL,)s+cR, +K, what is the characteristic equation of the system with the parameters given in the problem?

(c) After substituting the parameters given in the problem, find the steady-state current, i from the state variable form. (d) Then, how much is the torque, T, generated by the circuit at the steady state? (e) Then, how much is the voltage drop, vb, generated by the circuit at the steady state? (f) When the transfer function of the system is given as Is +c I. V. LIs +(R_I+cL,)s+cR, +K, what is the characteristic equation of the system with the parameters given in the problem?

Introductory Circuit Analysis (13th Edition)
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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Please help explain all thank you!! After calculations (was told to upload again with “Km”) Km=3.138, Kt=kb=2, flux per pole= 0.628, z=20
Ra La ll TL i, Motor The above circuit diagram represents a speed-control system in which the DC motor voltage is V = 4. Parameters are R, = 2,L, = 1,I = 1, and c =2. The external load, T, = 0 V – Ri, - L. di – K,0=0 dt do 1- K,i, +T, +c@=0 dt TTTTT
Transcribed Image Text:Ra La ll TL i, Motor The above circuit diagram represents a speed-control system in which the DC motor voltage is V = 4. Parameters are R, = 2,L, = 1,I = 1, and c =2. The external load, T, = 0 V – Ri, - L. di – K,0=0 dt do 1- K,i, +T, +c@=0 dt TTTTT
(c) After substituting the parameters given in the problem, find the steady-state current, i̟s from the state variable form. (d) Then, how much is the torque, T, generated by the circuit at the steady state? (e) Then, how much is the voltage drop, vb, generated by the circuit at the steady state? (f) When the transfer function of the system is given as Is +c V. LIS² +(R_I+cL,)s+cR, +K, what is the characteristic equation of the system with the parameters given in the problem?
Transcribed Image Text:(c) After substituting the parameters given in the problem, find the steady-state current, i̟s from the state variable form. (d) Then, how much is the torque, T, generated by the circuit at the steady state? (e) Then, how much is the voltage drop, vb, generated by the circuit at the steady state? (f) When the transfer function of the system is given as Is +c V. LIS² +(R_I+cL,)s+cR, +K, what is the characteristic equation of the system with the parameters given in the problem?
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