automatic control A train control system is shown as below. Considering the control system, please find thetransfer function of the Drive System.v, (1) +e(1)KDrive SystemTrainv(1)b(1)Sensor, K,|v, (1): Reference voltage [V]v(t): the velocity of the train [m/ s]K:a constant gain, 100M: the mass of the train, 5000 | N /(m/ s² )||Brnam : the viscous friction coefficient of the train, 0.1 [N /(m/ s)]K, : a constant gain, 0.15 [V / (m/ s)]f(1)The response of the drive system for e, (t) = 1[V], ƒ (1) = 1+ K,e" +K¸e*1s2 + 2s + 13s2 + 4s + 32s2 +s+ 24s2 + 3s + 4

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A train control system is shown as below. Considering the control system, please find the transfer function of the Drive System. v, (1) - e(1) (1) K Drive System Train b(t) Sensor, K, |v, (t) : Reference voltage [V] v(1): the velocity of the train [m/ s] K :a constant gain, 100 M: the mass of the train, 5000 |[ N /(m/ s² )]| Bnam : the viscous friction coefficient of the train, 0.1 [N / (m/ s)] K, : a constant gain, 0.15 [V / (m/ s)] S(1) The response of the drive system for e, (1) = 1[V], ƒ (1) = 1+ K,e" + K,e 1 s2 + 2s + 1 s2 + 4s + 3 2 s2 + s + 2

A train control system is shown as below. Considering the control system, please find the transfer function of the Drive System. v, (1) - e(1) (1) K Drive System Train b(t) Sensor, K, |v, (t) : Reference voltage [V] v(1): the velocity of the train [m/ s] K :a constant gain, 100 M: the mass of the train, 5000 |[ N /(m/ s² )]| Bnam : the viscous friction coefficient of the train, 0.1 [N / (m/ s)] K, : a constant gain, 0.15 [V / (m/ s)] S(1) The response of the drive system for e, (1) = 1[V], ƒ (1) = 1+ K,e" + K,e 1 s2 + 2s + 1 s2 + 4s + 3 2 s2 + s + 2

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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