Institutions of higher learning electrical engineering textbook series: motor learning tutorial(Chinese Edition)

Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: November 2012 Pages: 291 Language: Chinese in Publisher: Tsinghua University Press universities electrical engineering textbook series: motor learning tutorial focuses on motor learning their unified theory. the book contains a preface and six body . The former five covers transformers. DC motors. induction motors. synchronous motors and special motors. the basic structure of the working principle of the above types of motor. running performance and operating characteristics of the detailed analysis and exposition. Institutions of higher learning electrical engineering textbook series: motor learning tutorial features clear. a change in the past. various versions of motor learning mode. the content is greatly streamlined. And structured. novel structure. the classification of the various motors at a glance. In addition. universities electrical engineering textbook series: motor learning tutorial in motor learning materials for the first time the motor unified theory exposition visible. the round of the New textbooks motor theory innovation. Published simultaneously with the book as well as the accompanying study guide book. the book not only with the Problem Solving. Executive Summary. difficult dissect . Strategic decisions and exercises supplement the targeted study guide content. I believe that the learning of its readers would be greatly beneficial. Book for electrical engineering and automation professional (including professional direction) motor learning course materials. as automation and other related professional motor principle courses use teaching materials. also available for reference. Contents: Introduction Chapter 1 0.1 the 0.2 motor learning motor History of learning methods overview a transformer transformer Overview 1.1 transformer uses 1.2 Classification and basic structure of the transformer transformer 1.3 rating the unit value Exercises Chapter 2 transformer run analysis parameters determination of the the runtime 2.4 transformer characteristics indicators Exercises Chapter 3 three-phase transformer 3.1 three-phase transformer magnetic circuit system 3.2 three-phase transformer circuit system 3.3 three-phase load running 2.3 transformer transformer 2.2 2.1 transformer no-load operation transformer no-load EMF waveform analysis 3.4 parallel operation of three-phase transformer Exercise 2. Chapter 4 of the DC motor. DC motor Overview 4.1 DC motor uses and the basic working principle of DC motor excitation mode of the structure 4.3 4.4 4.2 DC motor DC motor rating analysis exercises Chapter 5 DC motor running 5.1 DC motor magnetic field induced electromotive force of the armature winding 5.3 5.2 DC motor armature winding and motor electromagnetic torque 5.4 DC motor running basic equation 5.5 DC motor commutation Exercises Chapter 6 of the operating characteristics of the DC motor 6.1 DC generator operating characteristics 6.2 mechanical features and operating characteristics of the DC motor 6.3 DC motor starter. three induction motor speed control and braking exercises Chapter 7 Overview 7.1 asynchronous induction motor 8.1 7.3 three-phase asynchronous motors of the classification with the basic structure of the motor nameplate and rating exercises Chapter 8 operating principle of the three-phase asynchronous motor three-phase asynchronous motor stator winding electromotive force of 8.2 three-phase asynchronous motor winding magnetic motor uses 7.2 Asynchronous 8.3 three-phase asynchronous motor works momentum Exercises Chapter 9 of the operating characteristics of the three-phase asynchronous motor 9.1 8.4 three-phase induction motor rotor stall electromagnetic 8.5 three-phase induction motor rotor rotating electromagnetic three-phase asynchronous motor 9.4 three-phase asynchronous motor. synchronous motor speed control and braking exercises 4 of 5 specialty motor 6 9.2 power and to.…