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A rotating load is directly coupled to a motor with moment of inertia Jo, and the load then connecting in series with nth number of another rotating loads. The series loads have moment of inertias J1, J2, . , Jn, respectively and each of them are joint through gear system with gear teeth ratios of a,, az, .. , an. If kinetic energy of moving part is given by (i) show that the total moment of inertia of the drive system referred to the motor shaft can be expressed by J=J, +a, J, ta,'J; +.a, J,

A rotating load is directly coupled to a motor with moment of inertia Jo, and the load then connecting in series with nth number of another rotating loads. The series loads have moment of inertias J1, J2, . , Jn, respectively and each of them are joint through gear system with gear teeth ratios of a,, az, .. , an. If kinetic energy of moving part is given by (i) show that the total moment of inertia of the drive system referred to the motor shaft can be expressed by J=J, +a, J, ta,'J; +.a, J,

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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(c) A rotating load is directly coupled to a motor with moment of inertia Jo, and the load then connecting in series with nth number of another rotating loads. The series loads have moment of inertias J1, J2, ... , Jn, respectively and each of them are joint through gear system with gear teeth ratios of a,, a2, .. , an. If kinetic energy of moving part is given by Jo 2 (i) show that the total moment of inertia of the drive system referred to the motor shaft can be expressed by J=J, +a, J, +a,'J, + .a, J, (ii) Sketch a block diagram to describe the above drive system.
Transcribed Image Text:(c) A rotating load is directly coupled to a motor with moment of inertia Jo, and the load then connecting in series with nth number of another rotating loads. The series loads have moment of inertias J1, J2, ... , Jn, respectively and each of them are joint through gear system with gear teeth ratios of a,, a2, .. , an. If kinetic energy of moving part is given by Jo 2 (i) show that the total moment of inertia of the drive system referred to the motor shaft can be expressed by J=J, +a, J, +a,'J, + .a, J, (ii) Sketch a block diagram to describe the above drive system.
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