22. Consider an electromechanical system whose flux-linkage equations given by 서%3 5ij +101 1-. |cose, 1+ im. Az = i; + 20| cos0, 1+ i„ ) where i, 2 0, i, 20, i = i, + 2i; and where 0, is the mechanical rotor position. Derive expressions for the coenergy and torque in terms of i,, i,, and 0,.

22. Consider an electromechanical system whose flux-linkage equations given by 서%3 5ij +101 1-. |cose, 1+ im. Az = i; + 20| cos0, 1+ i„ ) where i, 2 0, i, 20, i = i, + 2i; and where 0, is the mechanical rotor position. Derive expressions for the coenergy and torque in terms of i,, i,, and 0,.

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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Question

22. Consider an electromechanical system whose flux-linkage equations given by
서%3 5ij +101 1-.
|cose,
1+ im.
Az = i; + 20|
cos0,
1+ i„ )
where i, 2 0, i, 20, i = i, + 2i; and where 0, is the mechanical rotor position. Derive
expressions for the coenergy and torque in terms of i,, i,, and 0,.

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