Documents about Electric Machines

  • 1 Pages

    517 topics

    Kentucky, EE 517

    Excerpt: ... EE 517 Text: EE 517 Lecture Notes by J. J. Cathey (Available from Kennedys as photocopy) SPRING 2003 References: Matrix Analysis of Electrical Machinery, N.N. Hancock Linear Motion Electric Machines , S.A. Nasar and I. Boldea Objectives: Extension of EE 415 to familiarize the student with principles of both field theory and coupled coil analysis of electric machines . Introduction to methods for analysis of electric machines under transient conditions, including the repetitive steady-state of power electronic drives. Application of MATLAB in electric machine analysis. LECTURE TOPICS I. Review of electric machine concepts (1 week) A. Magnetic circuits B. Winding arrangements, winding factors, mmf C. Flux linkage, inductance Coupled coil transformations (2 weeks) A. Three-phase to two-phase B. d-q, symmetrical components, forward-backward Induction machines (3 weeks) A. Polyphase motor B. Single-phase motor C. Dynamics and control Synchronous machines (3 weeks) A. Generators B. Motors C. Dynamics and control ...

  • 42 Pages


    Ohio State, ECE 743

    Excerpt: ... Homework Set #11 (ECE743) 1. Read the attached papers. 2. Write a report on the use of Electric Machines in industrial system. Note that your text should be at least 4,000 words and not greater that 4,500 words. You may use as many figures you wish. Please type your report and use font size 12. 1 ...

  • 3 Pages

    eecs 161

    UC Irvine, EECS 161

    Excerpt: ... EECS 161 ELECTRIC MACHINES AND DRIVES (Elective for EE) Catalog Data: EECS 161 Electric Machines and Drives (Credit Units: 3) Magnetic circuits and transformers. Fundamentals of energy conversion. Application to synchronous, induction, commutator, and special purpose machines. Electric drives. Corequisite: EECS161L. Prerequisite: EECS70B or consent of instructor. Formerly ECE160. (Design units: 2) Fitzgerald, Kingsley, & Umans. Electric Machinery, McGraw-Hill, 6th Edition 2007. Textbook: References: Coordinator: Keyue M. Smedley Relationship to Program Outcomes: This course relates to Program Outcomes EE: a and b as stated at: http:/ Course Outcome/Performance Criteria: Students will: Describe the fundamentals of electromechanical energy conversion inside a dc or ac electric machine. (EE a, b) Describe PWM techniques for motor drive. (EE a, b) Measure the electrical characteristics of electric machines . (EE b) Prerequisites By Topic: Lecture Topic ...

  • 1 Pages


    Illinois Tech, MATH 149

    Excerpt: ... <STUDYGUIDES08C.TXT> {5-9-2008} Math 149 Spring 2008 Final Study Guide, Part III - Chapter 6 Concept Check, p. 378: 1,2,3,4,5 Exercises: 1-6, 7-11, 12-16 Chapter 9 Concept Check, p. 598: 1 Exercises: 1, 3a, 7 ...