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A gearing system as shown in Fig. Q3(c) is to be designed to control the settling time and transient behaviour by controlling the spring damper values.

A gearing system as shown in Fig. Q3(c) is to be designed to control the settling time and transient behaviour by controlling the spring damper values.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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A gearing system as shown in Fig. Q3(c) is to be designed to control the settling time and transient behaviour by controlling the spring damper values.

A gearing system as shown in Fig. Q3(c) is to be designed to control the settling time and transient behaviour by controlling the spring damper values. T(t) 1 kg-m2 N1 1 N-m/rad oll N2 1 kg-m² 1 N-m-s/rad Fig. Q3(c) (i) Examine the behavior of the mechanical coupling system and determine the transfer function, G(s)=0(s)/T(s). Examine the suitable N1/N2 ratio so that the settling time for a step torque input is 16 seconds. (ii) (iii) Identify the suitable damping factor, Č.
Transcribed Image Text:A gearing system as shown in Fig. Q3(c) is to be designed to control the settling time and transient behaviour by controlling the spring damper values. T(t) 1 kg-m2 N1 1 N-m/rad oll N2 1 kg-m² 1 N-m-s/rad Fig. Q3(c) (i) Examine the behavior of the mechanical coupling system and determine the transfer function, G(s)=0(s)/T(s). Examine the suitable N1/N2 ratio so that the settling time for a step torque input is 16 seconds. (ii) (iii) Identify the suitable damping factor, Č.
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