Principles Of Basic Electrical Engineering : As Per The Latest Aicte Syllabus at Meripustak

Principles Of Basic Electrical Engineering : As Per The Latest Aicte Syllabus

Books from same Author: T.N. Nagsarkar & M.S. Sukhija

Books from same Publisher: OXFORD UNIVERSITY PRESS

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  • General Information  
    Author(s)T.N. Nagsarkar & M.S. Sukhija
    PublisherOXFORD UNIVERSITY PRESS
    ISBN9780199491483
    Pages432
    BindingPaperback
    LanguageEnglish
    Publish YearAugust 2018

    Description

    OXFORD UNIVERSITY PRESS Principles Of Basic Electrical Engineering : As Per The Latest Aicte Syllabus by T.N. Nagsarkar & M.S. Sukhija

    Principles of Basic Electrical Engineering represents a complete and thorough treatment of the Model Curriculum of UG Courses in Engineering and Technology (January 2018) of AICTE and meets the needs of the core course in Basic Electrical Engineering (ESC 101) common to all courses at the first year level. The text has been structured into six modules as prescribed in the AICTE revised syllabus. It provides a logical explanation of the theory and applications of various laws in electrical engineering. The numerous typical solved examples recapitulation and lucid and smooth flow of the language will pique the interest of the readers (both faculty and students) in electrical engineering. Key Features • The contents in each chapter have been selected and developed according to ESC 101. • The learning objectives and overview at the beginning of each chapter provide a synopsis of the contents. • Applications of the various principles and laws have been amplified through innumerable solved examples. • Chapter-end assessment questions multiple choice objective questions and unsolved problems with answers will equip the students to meet the challenges of the examinations. Table of contents 1. Introduction to Electrical Engineering 2. Network Analysis and Network Theorems 3. Alternating Quantities 4. Magnetic Circuits 5. Transformer Principles 6. Synchronous Machines 7. Induction Motors 8. Direct Current Machines 9. Power Converters 10. Inverters 11. Utilization of Electrical Power