1. Courses
  2. EEE241

Digital Logic Design

  • Teacher
    Dr. Nadia Nawaz
  • Category
    Engineering
  • Course Code
    EEE241
  • Session
    Fall 2020

Course Material/Videos

Available Resources
15461 Lecture 1 - Digital Systems, Binary Number System, Number Systems, Number Conversions, Octal and Hexadecimal Numbers Video Notes
15462 Lecture 2 - Complements, Diminished Radix Complement, Radix Complement, subtraction with Complements Video Notes
15463 Lecture 3 - Signed Binary Numbers Binary Codes Arithmetic with BCD Codes Other Codes (Gray code, excess-3, 2421, ASCII) Binary Logic Logic Gates Video Notes
15464 Lecture 4 - Basic Definitions Axiomatic Definition of Boolean Algebra Two-valued Boolean Algebra Basic Theorems and Properties Boolean Functions Video Notes
15806 Lecture 5 - Algebraic Manipulation, Complement of a Function, Canonical and Standard Forms Video Notes
15807 Lecture 6 - Conversion between Canonical Forms, Standard Forms, Digital Logic Gates, Extension to Multiple Inputs Video Notes
16505 Lecture 7 - The Map Method, K-MAP, two and three variable K-MAP Video Notes
16506 Lecture 8 - Four Variable K-MAP, Five Variable K-MAP, Prime Implicants Video Notes
16919 Lecture 9 - Product of Sums K-MAP, Dont care Conditions Video Notes
16920 Lecture 10 - NAND and NOR Implementation Video Notes
18408 Lecture 11 - NOR Gate Implementation Video Notes
18409 Lecture 12 - Non-degenerated Forms, XOR function, Even Party Generation and Checking Video Notes
18410 Lecture 13 - Combinational Logic, Analysis Procedure and Design procedure of Combinational Circuit, BCD to Excess-3 Circuit design Example Video Notes
18896 Lecture 14 - Binary Adders, Half adder, full adder, Decimal adder Video Notes
18897 Lecture 15 - Carry Propagation, Binary Subtractor, Binary Adder-Subtractor, BCD Adder Video Notes
18898 Lecture 16 - Binary Multiplier, Magnitude Comparator Video Notes
18899 Lecture 17 - Decoder, Decoder with enable input, De-Multiplexer, Encoders, Priority Encoders Video Notes
19895 Lecture 18 - Multiplexers, Three State Gates Video Notes
19896 Lecture 19 - Sequential Circuits, Synchronous sequential Circuits, Latches and flip-flops, SR latch, D latch Video Notes
19897 Lecture 20 - Flip Flops, Clocked RS flip Flop, SR Flip Flop, D Flip Flop, JK Flip Flop, T Flip Flop Video Notes
19898 Lecture 21 - Analysis of Clocked Sequential Ckts, State Equation, State Table, State Diagram Video Notes
20549 Lecture 22 - Analysis with D, JK and T Flips flops, Mealy and Moore Models for FSM Video Notes
21656 Lecture 23 - Registers and Counters, Registers Register with Parallel Load, Shift Registers, Serial Adder Video Notes
21657 Lecture 24 - Serial Adder using JK Flip-flop, Universal Shift Register Video Notes
21658 Lecture 25 - Counters, Ripple Counters, BCD Ripple Counter, Synchronous Counters, Up-Down Counter, Binary Counter with Parallel load Video Notes
21659 Lecture 26 - Memory, Array Logic, Random Access Memory (RAM), Read and Write operations Types of RAM, Memory Decoding, Address Multiplexing Video Notes
21660 Lecture 27 - Read only Memory (ROM), Construction of ROM, Types of ROM, Combinational PLDs Programmable Logical Array (PLA) Video Notes

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