1.In a reference frame x, the q- and d-axis voltages of a wye-connected RL circuitmay be expressed asv = 0. li – 100i +5pivă = 0.li, +100is +5piDetermine the resistance and inductance of the circuit, as well as the speed of thereference frame.I.stator windings of a salient-pole synchronous machine with mutual leakage termsneglected is given in the following equation:The inductance matrix that describes the self- and mutual inductances between theL, + LA- L, cos 20,cos 2 0, -L, =-2л2|0,- L+L- L, cos 2 0,-LA-LCos 2(0, + t)LA- Lµ cosLA - La cos 2(0, + 7)2лL, + L- L cos 2 0, +3.- L, cos 2 0, +Evaluate KL,(K)"' for this case. Repeat the evaluation for the case in whichmutual leakage terms are included.

As per the guidelines we supposed to answer one question at a time so please ask other questions…

In a reference frame x, the q- and d-axis voltages of a wye-connected RL circuit may be expressed as v = 0. li -100i +5pi va = 0. li +100i +5pi Determine the resistance and inductance of the circuit, as well as the speed of the reference frame.

In a reference frame x, the q- and d-axis voltages of a wye-connected RL circuit may be expressed as v = 0. li -100i +5pi va = 0. li +100i +5pi Determine the resistance and inductance of the circuit, as well as the speed of the reference frame.

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

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1.
In a reference frame x, the q- and d-axis voltages of a wye-connected RL circuit
may be expressed as
v = 0. li – 100i +5pi
vă = 0.li, +100is +5pi
Determine the resistance and inductance of the circuit, as well as the speed of the
reference frame.
I.
stator windings of a salient-pole synchronous machine with mutual leakage terms
neglected is given in the following equation:
The inductance matrix that describes the self- and mutual inductances between the
L, + LA- L, cos 20,
cos 2 0, -
L, =-
2л
2|0,- L+L- L, cos 2 0,-
LA-LCos 2(0, + t)
LA- Lµ cos
LA - La cos 2(0, + 7)
2л
L, + L- L cos 2 0, +
3.
- L, cos 2 0, +
Evaluate KL,(K)"' for this case. Repeat the evaluation for the case in which
mutual leakage terms are included.

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