Lecture notes

The links below are lecture notes were taken during the M.Sc Electrical Engineering, UET Lahore and those delivered by me. The notes may not reflect the entire course outlines and consist of what I have recovered from my archives.

Basic Electric Circuits

ELEN-1100 (Delivered at Khwaja Fareed University of EIT, RYK)
  1. Tentative course outlines
  2. Lecture 1 | Introduction to circuit analysis
  3. Lecture 2 | Circuit elements
  4. Lecture 3 | Kirchhoff's law, Ohm's law and series-parallel combinations
  5. Lecture 4 | The d'Arsonval meter movement, and voltmeter 
  6. Lecture 5 | Bridge circuit for measuring resistance 
  7. Lecture 6 | Numerical solution 
  8. Lecture 7 | Introduction to PSPICE.
  9. Lecture 8 | Bridges and delta-wye conversion
  10. Lecture 9 | Node voltage method
  11. Lecture 10 | Quiz
  12. Lecture 11 | More on node voltage method 
  13. Lecture 12 | Mesh current analysis
  14. Lecture 13 | More on mesh current analysis and source transformations
  15. Lecture 14 | Thevenin and Norton equivalents
  16. Lecture 15 | Maximum power transfer and superposition theorem
  17. Lecture 16 | Operational amplifier
  18. Lecture 17 | Operational amplifier
  19. Lecture 18 | Operational amplifier
  20. Lecture 19 |
  21. Lecture 20 | Inductance and capacitance 
  22. Lecture 21 | Inductance and capacitance
  23. Lecture 22 | First order circuits and natural response of RL circuits
  24. Lecture 23 | First order response of RC circuit and time constants of RL and RC circuits
  25. Lecture 24 | Step response of RL circuit 
  26. Lecture 25 | Natural response of source-free RLC series circuits 
  27. Lecture 26 | Natural response of source-free RLC parallel circuits
EE-211 (Delivered at FEE, GIK institute Topi) 
  1. Week 1 Resources | Introduction, Voltage, current, Power and Energy, Basic ideal element
  2. Week 2 Resources | Resistance, Ohm's law, KCL, KVL, VDR, CDR
  3. Week 3 Resources | Series Parallel circuits, Equivalent resistance, delta-wye and Wye-delta 
  4. Week 4 Resources | Node voltage method
  5. Week 5 Resources | Mesh current method
  6. Week 6 Resources | Operational Amplifier circuit 
  7. Week 7 Resources | Source transformation and Thevenin equivalent 
  8. Week 8 Resources | Maximum power transfer and superposition theorem 
  9. Week 9 Resources | Midterm exam 
  10. Week 10 Resources | Energy storage elements, Integrator, and Differentiator 
  11. Week 11 Resources | Natural and step response of RL circuit 
  12. Week 12 Resources | Natural and step response of RC circuit
  13. Week 13 Resources | Second order circuits
  14. Week 14 Resources | AC steady-state analysis
  15. Week 15 Resources | Phasors 
  16. Week 16 Resources | Final term exam 
(My notes from undergraduate studies )
  1. Chapter 1 | Basic laws (Ohm's law, KCL, KVL)
  2. Chapter 2 | Average and RMS values
  3. Chapter 3
  4. Chapter 4
  5. Chapter 5
  6. Chapter 6
  7. Chapter 7 | Power factor and power triangle
  8. Chapter 8
  9. Chapter 9 | Mesh current analysis
  10. Chapter 10
  11. Chapter 11 | Thevenin and Norton Theorem 
  12. Chapter 12

Electronics course #1 

The stuff is the compilation of notes from the book of Manzar Saeed.
  1. Chapter # 1 Physics of semiconductors 
  2. Chapter # 2 Characteristics of diodes
  3. Chapter # 3 Application of diodes, clippers clampers etc
  4. Chapter # 4  Linear Power supplies
  5. Chapter #5 Special diodes (missing in my archives )
  6. Chapter # 6 Physics of BJT
  7. Chapter # 7 & 8  Biasing techniques and characterization of BJT 
  8. Transistor as a switch
EE-231 (Delivered at FEE, GIK Institute, Topi)
  1. Week 1 resources | Semiconductor materials
  2. Week 2 resources | Diode equivalent models 
  3. Week 3 resources | Understanding diode datasheets and series-parallel combinations
  4. Week 4 resources | Diode applications as a logic gate, rectifier and clipper
  5. Week 5 resources | Applications of diode and zener diode 
  6. Week 6 resources | Theory of BJT and its configurations 
  7. Week 7 resources | Biasing techniques of BJT 
  8. Week 8 resources | Biasing techniques of BJT
  9. Week 9 resources | Midterm exam 
  10. Week 10 resources | Bias design and multistage BJT 
  11. Week 11 resources | Bias stabilization and AC analysis I 
  12. Week 12 resources | AC analysis II and two port theory
  13. Week 13 resources | AC analysis of cascaded systems 
  14. Week 14 resources | FET, JFET and fixed bias circuit
  15. Week 15 resources | MOSFET
  16. Week 16 resources | Final term exam 

Power Electronics 

  1. Week 1 resources 
  2. Week 2 resources 
  3. Week 3 resources
  4. Week 4 resources
  5. Week 5 resources
  6. Week 6 resources
  7. Week 7 resources
  8. Week 8 resources
  9. Week 9 resources | Buck converter
  10. Week 10 resources | Boost converter
  11. Week 11 resources | Buck- Boost converter and interfacing with PV system

Industrial Electronics for Mechanical Engineers

EE-301 (Delivered at Khwaja Fareed University of EIT, RYK)
  1. Reading datasheets 

Switch Mode Power Supplies:

  1. Fundamental switching regulators.
  2. Isolated converter.
  3. Regulated power supplies and control ICs

Digital simulation of Power Electronic Converters:

Power Electronic Converter

  1. Lecture 1
  2. Lecture 2,3 & 4 

Power Electronic Inverter

This page consists of my lecture notes on logic design and switching theory. The notes are based on various books, however, most of the credit goes to the books by John M Yarbrough and Morris Mano.
  1. Numbering system
  2. Boolean arithmetic
  3. Boolean arithmetic part ii
  4. Simplification of Boolean function
  5. Analysis and design of combinational logic 
  6. Sequential logic
  7. Triggering a flip flop
  8. State diagram and excitation table of flip flop
  9. Counters
  10. MUX and decoders
  11. Register
  12. ROM

Power Electronics and Electric Drives | Narration of video Lectures of Prof. P Gopakumar

The video lectures of Prof. P Gopakumar are available on youtube. I have seen them and made notes of all lectures. The lectures are available in following links.
  1. Lecture 1
  2. Lecture 2 Controlled rectifier
  3. Lecture 3 Fully controlled converter single phase
  4. Lecture 4 Controlled rectifier mid point configuration
  5. Lecture 5 Controlled rectifier 3 phase
  6. Lecture 6 Controlled rectifier 3 phase
  7. Lecture 7 Power electronic improvement
  8. Lecture 8 4 quadrants dc-dc converter
  9. Lecture 9
  10. Lecture 10 Front end AC-DC converter with harmonic control
  11. Lecture 11 AC-DC converter
  12. Lecture 12 AC-DC converter close loop control
  13. Lecture 13 & 14 Design of converter controller and AC-DC converter
  14. Lecture 15 It is simulation based lecture and is available on youtube
  15. Lecture 16 Front end AC-DC converter
  16. Lecture 17 DC motor speed control
  17. Lecture 18 DC motor speed control current control and speed control loop
  18. Lecture 19  DC motor controller design I 
  19. Lecture 20& 21 DC motor controller design II
  20. Lecture 22  Basics of  inverter and single phase inversion
  21. Lecture 23  Three Phase inverter
  22. Lecture 24
  23. Lecture 25
  24. Lecture 26
  25. Lecture 27
  26. Lecture 28
  27. Lecture 29 
  28. Lecture 30

Power Transmission, Distribution, and Utilization: 

EE-355 (Delivered at Khwaja Fareed University of EIT, RYK)

  1. Lecture 1 | Overview of power system
  2. Lecture 2 | Characteristic features of a power system
  3. Lecture 3 | Transmission line parameters& resistance
  4. Lecture 4&5 | Transmission line parameters. Inductance
  5. Lecture 6 | Series parameters of a transmission line
  6. Lecture 7 | Shunt parameters of a transmission line
  7. Lecture 8 | Performance of a transmission line. The case of short and medium lines.
  8. Lecture 9 | Performance of a transmission line. The case of long lines. 
  9. Lecture 10 | 
  10. Lecture 11 | Mechanical design of overhead transmission lines 
  11. Lecture 12 | Mechanical design of overhead transmission lines
  12. Lecture 13&14 | Underground cables
  13. Lecture 15 | Distribution system

Computational Electromagnetic theory 

The stuff is a compilation of my assignments and lecture notes that I made during my PhD coursework.
  1. Course outlines
  2. Assignment # 1
  3. Assignment # 2
  4. Assignment # 3
  5. Assignment # 4
  6. Assignment # 5 
  7. Chapter 3
  8. Chapter 3 numerical
  9. Chapter 4
  10. Chapter 4 numerical

Copyright statement

Copyright © 2015-2017 by Hadeed A Sher

All rights reserved. No part of this blog may be reproduced, distributed, or transmitted in any form or by any means, including photocopying, recording, or other electronic or mechanical methods, without my prior written permission. For permission requests, write to the blog author addressed “Attention: Permissions Coordinator,” at the contact form.


Disclaimer

This blog is about my PhD work and an archive to my engineering education. However, additional study material for the courses i teach and that i have studied is also archived here.
All the circuits in this blog are tested by myself under specific conditions. BE CAREFUL if you are experimenting them, the blogger and this blog are not responsible to any harm and or damage to yourself and your equipment.


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