I. From the next model, obtain:a. The transfer function representation G(s) = V.(s)/V,(s).b. The state-space representation from the transfer function.c. The signal flow graph.R2-12Nota: No considerar elHEsigno de salida del op-amp0 =のC3=1FR =50Kt= 10 N-m/AKb= 1/3 V-s/radR-12N=5J-2 kg-m?D= 2N-m-s/radN2 = 15D2= 36 N-m-s/tadwz(t)

First, we are going to apply Laplace transform in the below circuit.

I. From the next model, obtain: a. The transfer function representation G(s) = V,(s)/V¿(s). b. The state-space representation from the transfer function. c. The signal flow graph. HE Nota: No considerar el signo de salida del op-amp Cz=1F Kt= 10 Nm/A Kb= 1/3Vs/rad R-10 J =2 kg-m? D- 2N-m-s/rad N= 15 Dz= 36 N-m-s/rad w¿(t)

I. From the next model, obtain: a. The transfer function representation G(s) = V,(s)/V¿(s). b. The state-space representation from the transfer function. c. The signal flow graph. HE Nota: No considerar el signo de salida del op-amp Cz=1F Kt= 10 Nm/A Kb= 1/3Vs/rad R-10 J =2 kg-m? D- 2N-m-s/rad N= 15 Dz= 36 N-m-s/rad w¿(t)

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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