BASIC Notes for EEE(IIT Professor PPTS)

 Introduction to Electrical and Electronic Circuits

by Prof.M.B.Patil sir

• 1. Download all slides (If you download this file, you will not need the rest of the files).

  2. Course contents

  3. Basics: KCL, KVL, Thevenin's theorem

  4. RC and RL circuits (with DC sources)

  5. RLC circuits (with DC sources)

  6. Bode plots

  7. Sinusoidal steady state and phasors

  8. Resonance in RLC circuits

  9. Diode circuits

  10. BJTs: Part 1

  11. BJTs: Part 2

  12. BJTs: Part 3

  13. Junction field-effect transistors

  14. Op Amp circuits: Part 1

  15. Op Amp circuits: Part 2

  16. Op Amp circuits: Part 3

  17. Op Amp circuits: Part 4

  18. Op Amp circuits: Part 5

  19. Op Amp circuits: Part 6

  20. Digital circuits: Part 1

  21. Digital circuits: Part 2

  22. Digital circuits: Part 3

  23. Digital circuits: Part 4

1. Digital circuits: Part 5

Digital Electronics - I 

 by Prof. Peter Y. K. Cheung sir

Objectives

• • To impart to you a formalism of logic enabling you to analyse logical processes

  • To enable you to implement simple logical operations using combinational logic circuits

  • To enable you to understand common forms of number representation in digital electronic circuits and to be able to convert between different representations

  • To enable you to understand the logical operation of simple arithmetic and other MSI circuits (Medium Scale Integrated Circuits)

  • To impart to you the concepts of sequential circuits enabling you to analyse sequential systems in terms of state machines

  • To enable you to implement synchronous state machines using flip-flops

Textbook

• • “Digital Systems – Principles and Applications”, 9th Ed, R. J. Tocci and N. S. Widmer, Prentice Hall,

  • “Digital Fundamentals ”, T.L. Floyd, Prentice Hall,  

Lecture Notes(DOWNLOAD BY CLICKING LECTURE NO)

Lecture 1  Overview (Problem Sheet 1, Solution)

Lecture 2  Introduction to Data Representation (Problem Sheet 2, Solution)

Lecture 3  Boolean Algebra and Combination Logic 1 (Problem Sheet 3, Solution)

Lecture 4  Boolean Algebra and Combination Logic 2 (Problem Sheet 4, Solution)

Lecture 5  Combinational Logic Gates and Implementation  (Problem Sheet 5, Solution)

Lecture 6  More Gates and Multiplexers (Problem Sheet 6, Solution)

Lecture 7  Signed Numbers & Arithmetic Circuits (Problem Sheet 7, Solution)

Lecture 8  Programmable Logic Devices (Problem Sheet 8, Solution) Lecture 9  Flip-flops & Sequential Circuits (Problem Sheet 9&10, Solution)

Lecture 10 More flip-flops (No problem sheet, same as Sheet 9)

Lecture 11 Counters (Problem Sheet 11, Solution)

Lecture 12 Finite State Machines (Problem Sheet 12, Solution)

Lecture 13 Application Examples (Problem Sheet 13, Solution)