Electric Drives An Integrative Approach Solutions Manual
I cannot figure out the purpose of this book. It briefly describes a motor's operation, and then delves into the math of how to predict certain aspects of the motor operation. It doesn't really explain how the motor itself really works, or why it turns (most of the time). Yet, at the same time, it's not really in-depth enough to be for experts either. It gives minimal real-world examples, and the chapter examples are pathetic and amount to little more than plugging numbers into equations with vi I cannot figure out the purpose of this book. It briefly describes a motor's operation, and then delves into the math of how to predict certain aspects of the motor operation.
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It doesn't really explain how the motor itself really works, or why it turns (most of the time). Yet, at the same time, it's not really in-depth enough to be for experts either. It gives minimal real-world examples, and the chapter examples are pathetic and amount to little more than plugging numbers into equations with virtually no development of concepts.As far as I can tell, the only way you could understand this book to its fullest is if you already pretty much knew what it was saying. But in that case, you wouldn't be needing to read this book anyways.
.Electric Motor Drives: Modeling, Analysis, and Control. Prior knowledge of electrical machines, power converters and linear control systems—Required for optimum text usage. System level analysis, design and integration of the motor drives addressed. Modeling and analysis of electrical machines and drive systems—Derived from first principles, while control algorithms are developed and their implementations with simulation results given whenever appropriate. Chapters include Discussion Questions and Exercise Problems, along with detailed introductions.
Principles of Dc Motor Drives. Phase Controlled Converters. Steady State Analysis of the Three Phase Converter Controlled Dc Motor Drive. Two Quadrant Three Phase Converter Controlled Dc Motor Drive. Transfer Functions of the Subsystems. Design of Controllers.
Two Quadrant Dc Motor Drive with Field Weakening. Four Quadrant Dc Motor Drive.
Converter Selection and Characteristics. Simulation of the One-Quadrant Dc Motor Drive. Harmonics & Associated Problems.
Sixth Harmonic Torque. Application Considerations.
Parameter Sensitivity. Research Status.4. Chopper Controlled DC Motor Drives. Principle of Vector Control. Direct Vector Control.
Derivation of Indirect Vector Control Scheme. Indirect Vector Control Scheme. An Implementation of Indirect Vector Control Scheme. Tuning of the Vector Controller.
Integrative Approach In Teaching
Flowchart of Dynamic Computation. Dynamic Simulation Results. Parameter Sensitivity of the Indirect Vector Controlled Induction Motor Drive. Parameter Sensitivity Compensation. Flux Weakening Operation.
Speed Controlled Design of an Indirect Vector Controlled Induction Motor Drive. Performance and Applications. Research Status.9. Permanent Magnet Synchronous and Brushless DC Motor Drives.