Gupta, J.B., author.
Theory & performance of electrical machines (DC machines and AC machines) / J.B. Gupta. - New Delhi (India) : S.K. Kataria & Sons, 2018. - xii, 961 pages : illustrations ; 29 cm
Includes index.
The book, Theory and Performance of Electrical Machines, serves as a guide for students of Electrical Engineering.
The book is divided into three main headings according to the topics covered. It starts off with part one, which is DC Machines. It contains various subtopics such as Magnetic Circuits and Induction, Principles of Electromechanical Energy Conversion, Basic Concepts of Rotating Electrical Machines, Construction of DC Machines, Armature Reaction and Commutation in DC Machines, Operating Characteristics and Application of DC Generators, Parallel Operation of DC Generators, Operating Characteristics and Applications of DC Motors, Speed Control, Starting and Braking of DC Motors, Losses, Testing and Maintenance of DC Machines, Special Types of DC Machines, Thermistor Control of Electric Motors, and Objective Type Questions.
The second part has the heading Polyphase Circuits. This topic consists of two sub sections named Polyphase Circuits and Objective Type Questions with Answers.
The third part is named AC Machines. This section also contains various sub topics such as Transformers, Transformers (Continued), Synchronous Generators or Alternators, Rotating Magnetic Fields, Synchronous Motors, Parallel Operation of Alternators, Construction, Theory and Operation of Polyphase Induction Motors, Starting, Speed Control and Braking of Polyphase Induction Motors, Special Induction and Polyphase Commutator Machines, Fractional Kilowatt Motors, Synchronous Converters, Rectifiers, and Objective Type Questions with Answers. After that the index has been provided so that students may look up any term, word, or definition if deemed doubtful.
In English text.
978-93-5014-277-6
Electromechanical devices.
Electric motors, Direct current.
Electric motors, Alternating current.
Electric motors, Synchronous.
Magnetic circuits.
Magnetic induction.
Electric transformers.
TK2211 / G87 2018
Theory & performance of electrical machines (DC machines and AC machines) / J.B. Gupta. - New Delhi (India) : S.K. Kataria & Sons, 2018. - xii, 961 pages : illustrations ; 29 cm
Includes index.
The book, Theory and Performance of Electrical Machines, serves as a guide for students of Electrical Engineering.
The book is divided into three main headings according to the topics covered. It starts off with part one, which is DC Machines. It contains various subtopics such as Magnetic Circuits and Induction, Principles of Electromechanical Energy Conversion, Basic Concepts of Rotating Electrical Machines, Construction of DC Machines, Armature Reaction and Commutation in DC Machines, Operating Characteristics and Application of DC Generators, Parallel Operation of DC Generators, Operating Characteristics and Applications of DC Motors, Speed Control, Starting and Braking of DC Motors, Losses, Testing and Maintenance of DC Machines, Special Types of DC Machines, Thermistor Control of Electric Motors, and Objective Type Questions.
The second part has the heading Polyphase Circuits. This topic consists of two sub sections named Polyphase Circuits and Objective Type Questions with Answers.
The third part is named AC Machines. This section also contains various sub topics such as Transformers, Transformers (Continued), Synchronous Generators or Alternators, Rotating Magnetic Fields, Synchronous Motors, Parallel Operation of Alternators, Construction, Theory and Operation of Polyphase Induction Motors, Starting, Speed Control and Braking of Polyphase Induction Motors, Special Induction and Polyphase Commutator Machines, Fractional Kilowatt Motors, Synchronous Converters, Rectifiers, and Objective Type Questions with Answers. After that the index has been provided so that students may look up any term, word, or definition if deemed doubtful.
In English text.
978-93-5014-277-6
Electromechanical devices.
Electric motors, Direct current.
Electric motors, Alternating current.
Electric motors, Synchronous.
Magnetic circuits.
Magnetic induction.
Electric transformers.
TK2211 / G87 2018