2 Chapter 3Figure 3.2-1 Two‐pole two‐phase sinusoidally distributed fictitious windings...Figure 3.3-1 Two‐phase rotating, identical, and sinusoidally distributed win...Figure 3.3-2 The fictitious qr and dr windings.Figure 3.4-1 Elementary two‐pole three‐phase sinusoidally distributed stator...Figure 3.4-2 Elementary two‐pole three‐phase sinusoidally distributed rotor ...Figure 3.5-1 Direction of rotation of
3 Chapter 4Figure 4.2-1 A two‐pole two‐phase symmetrical machine.Figure 4.3-1 Arbitrary reference frame equivalent circuits for a two‐phase, ...Figure 4.5-1 Equivalent circuit for a two‐phase symmetrical induction machin...Figure 4.5-2 Steady‐state torque–speed characteristics of a symmetrical indu...Figure 4.5-3 Equivalent circuit for steady‐state operation of a single‐fed s...Figure 4.5-4 Phasor diagram; motor action, s = 0.05.Figure 4.5-5 Phasor diagram; generator action, s = −0.05.Figure 4.6-1 A two‐pole three‐phase symmetrical machine.Figure 4.6-2 Arbitrary reference frame equivalent circuits for a three‐phase...
4 Chapter 5Figure 5.2-1 Salient‐rotor two‐pole three‐phase salient‐pole synchronous mac...Figure 5.3-1 Equivalent circuit for three‐phase synchronous machine in the r...Figure 5.3-2 Phasor diagram for generator operation.
5 Chapter 6Figure 6.2-1 Two‐pole two‐phase permanent‐magnet ac machine.Figure 6.2-2 (a) The
6 Chapter 7Figure 7.2-1 Block diagram depicting field‐oriented control principles.Figure 7.3-1 Operation of induction motor drive with field orientation for s...Figure 7.3-2 Phasor diagram for operating Point 1.Figure 7.3-3 Phasor diagram for operating Point 2.
Guide
6 Preface
9 Index
10 WILEY END USER LICENSE AGREEMENT
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