electric drives concepts and applications by vedam subrahmanyam pdf free download

Umanand, Power Electronics, Essentials and Applications, Wiley IndiaPvt. Ltd 4. Daniel W. Hart, Introduction to Power Electronics, Tata McGraw Hill, Unitrode documents 6.

Eligibility: Graduates of B.E.

EEECE with approval from BOS 2.

Intake: 36 Sl No Course Code SCHEME OF INSTRUCTION Types of Title of the course Course (HCSCOE Credit Pattern (L T P Credit Value FIRST SEMESTER 1 MTPE13P110 Applied Mathematics HC MTPE13P120 Power semiconductor Devices and design issues HC MTPE13P130 Analysis of Power electronics based power controllers HC Total Credits 12 SECOND SEMESTER 4 MTPE13P210 Advanced Electrical Machines HC MTPE13P220 AC-DC Drives HC MTPE13P230 Analysis of power Conversion using HC DC-DC converters Total Credits 12 THIRD SEMESTER MTPE13P310 Application of ICs in the design of HC Power Electronic Circuits MTPE13P321 Control of Drives SC MTPE13P322 4 Analysis of linear system SC MTPE13P331 Introduction to Electric Vehicles OE Total Credits 12 FOURTH SEMESTER 10 MTPE13P410 Multilevel Inverter HC MTPE13P421 Power Quality SC MTPE13P422 Power system Instrumentation SC MTPE13P423 FACTS Controller SC MTPE13P424 Fuzzy logic system SC Total Credits 12 FIFTH SEMESTER 13 MTPE13P511 Digital Simulation of Power Electronic circuits SC MTPE13P512 Electrical Vehicles SC Page 1 of 14.

Sufficient collection of literatures from IEEE, ABB, GE, Texas Instruments, National Instruments, International Rectifiers, Unitrode, Allegro, Fairchild and other power electronics related websites.

Evaluation of presentation will consider student s own contribution apart from usual presentation skills.

Note for mini project: Students need to carry out a mini-project individually.

Note for Project Phase -1: At the end of the semester, the students should submit the title as well as the objectives of the final year project work and present the background information of the project.

FIRST SEMESTER MTPE13P110 APPLIED MATHEMATICS HC Programme Objectives The rapid economic growth of a country can only be sustained by the accelerating growth in the energy sector, Although India ranks fifth in terms of the installed capacity, it suffers from a major shortage of electricity generation, technical and non-technical losses in distribution, lack of skilled manpower to cope up with the planned massive expansion in the power sector and under utilization of renewable sources.

On the industry side, there is an increase demand for UPS and application of renewable sources for power generation to cope up with the shortage of power and thus the demand for well qualified design engineers is increasing.

The programme is thus designed to provide generic skills to graduates to address some of the above mentioned problems through wide range of subjects.

It emphasizes practical exposures, integration of modern techniques and global out look through mini-projects, case studies, seminars and workshops, and interaction with external experts.

The salient features of the programme are: To equip students with key fundamental knowledge of the domain field.

To provide exposure to the key technological advances in the field of power electronics through the use of application notes from reputed power electronics industries.

To train students to understand the design and control issues of power electronic circuits Page 2 of 14.

Iterative methods for a system of nonlinear equations- Newton-Raphson method.

Iterative methods for Polynomial equations-birge-vieta method, Bairstow method.

Eigen value problems-finding all the eigen value, finding the largest eigen value, Simple problems and Solutions.

MTPE13P120 POWER SEMICONDUCTOR DEVICES AND DESIGN ISSUES HC UNIT-1: Power Devices: BJT, MOSFET, IGBT and GTOs operating characteristics and gate drive requirements and circuits.

Evolution of Power Electronics in Drives: Power semiconductors devices used for drives control, GTO, BJT, power MOSFET, IGBT, MCT and IGCT structures, Ratings, comparison and their applications.

Block diagram of power integrated circuit for D C motor drives.

UNIT-2: Design of Magnetics: Design of transformers and inductors and applications of magnetic design software.

Case study: Design of Transformer and Inductor for flyback or forward converter UNIT-3: Driving and snubber circuits - For SCR, MOSFET and IGBT.

Ned Mohan Tore. M.

Undeland and William.

P. Robbins; Power Electronics: Converters, Applications and Design, John Wiley and Sons, Rashid M.

H, Power Electronics Circuits, Devices and Applications, Prentice Hall India, third Edition, L.

Umanand, Power Electronics, Essentials and Applications, Wiley IndiaPvt.

Ltd 4. Daniel W. Hart, Introduction to Power Electronics, Tata McGraw Hill, Unitrode documents 6.

Electric Drives Concepts And Applications By Vedam Subrahmanyam Pdf Free Download