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Introduction to Mechatronics

 AOKI, Akio
  Elective Requisites  2 credits
【Mechanical and Precision System･2nd semester】
19-1-0151-2008

１．
Outline
The following contents will be learned.
(1) Basic principle and basic structure of alternator and motor, magnetic circuits in transformer
(2) Theory of DC motor, starting method and speed control method
(3) Structure and principle of synchronous motor
(4) Structure and principle of induction motor
(5) Structure and principle of stepping motor
In this lesson, knowledge, techniques, and attitudes regarding DP 2 will be acquired.
Lessons are primarily lecture-style, but pair work will be carried out as appropriate according to the context of each lesson.
２．
Objectives
Students can apply basic knowledge of electricity, magnetism, and basic knowledge on electrical equipment and sensors to concrete examples in automobiles and the like.
３．
Grading Policy
Your grade in the class will be decided on the final exam 100% . After the final exam, its contents will be explained.
４．
Textbook and Reference
Textbook："Electric Equipment" by Ebihara Daiki (Kyoritsu Shuppan Co., Ltd.)
５．
Requirements (Assignments)
(1) As preparations for next lesson, please check the meaning of the proper noun and the contents of the relationship shown in the contents of the lesson, and come to the class. (90 minutes)
(2) As a review, please solve exercises applied to the items instructed during the lesson, so that you can cope with works in pair as appropriate in the next lesson. (90 minutes)
６．
Note
Classes are planned with a prerequisite the understanding of the contents of Principle of Electricity.
７．
Schedule
１. Basic principle of alternator.
２. Structure of alternator and armature reaction.
３. Transformer
４. Magnetic circuits
５. Various types of electric motor and its structure.
６. Theory of DC motors
７. Excitation method and characteristics of DC motor.
８. Starting method of DC motor and speed control method.
９. Three phase AC
10. Principle of rotating magnetic field by three-phase AC.
11. Characteristics related to position and time axis by three-phase AC.
12. Relationship between composition of each phase and rotating magnetic field by three-phase AC.
13. Structure and principle of synchronous motor and structure and principle of induction motor.
14. Principle of torque generation and excitation method of stepping motor.
15. Exercises in pairs and summary.
１．
Outline
The following contents will be learned.
(1) Basic principle and basic structure of alternator and motor, magnetic circuits in transformer
(2) Theory of DC motor, starting method and speed control method
(3) Structure and principle of synchronous motor
(4) Structure and principle of induction motor
(5) Structure and principle of stepping motor
In this lesson, knowledge, techniques, and attitudes regarding DP 2 will be acquired.
Lessons are primarily lecture-style, but pair work will be carried out as appropriate according to the context of each lesson.
２．
Objectives
Students can apply basic knowledge of electricity, magnetism, and basic knowledge on electrical equipment and sensors to concrete examples in automobiles and the like.
３．
Grading Policy
Your grade in the class will be decided on the final exam 100% . After the final exam, its contents will be explained.
４．
Textbook and Reference
Textbook："Electric Equipment" by Ebihara Daiki (Kyoritsu Shuppan Co., Ltd.)
５．
Requirements (Assignments)
(1) As preparations for next lesson, please check the meaning of the proper noun and the contents of the relationship shown in the contents of the lesson, and come to the class. (90 minutes)
(2) As a review, please solve exercises applied to the items instructed during the lesson, so that you can cope with works in pair as appropriate in the next lesson. (90 minutes)
６．
Note
Classes are planned with a prerequisite the understanding of the contents of Principle of Electricity.
７．
Schedule
１. Basic principle of alternator.
２. Structure of alternator and armature reaction.
３. Transformer
４. Magnetic circuits
５. Various types of electric motor and its structure.
６. Theory of DC motors
７. Excitation method and characteristics of DC motor.
８. Starting method of DC motor and speed control method.
９. Three phase AC
10. Principle of rotating magnetic field by three-phase AC.
11. Characteristics related to position and time axis by three-phase AC.
12. Relationship between composition of each phase and rotating magnetic field by three-phase AC.
13. Structure and principle of synchronous motor and structure and principle of induction motor.
14. Principle of torque generation and excitation method of stepping motor.
15. Exercises in pairs and summary.