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Digital Logic Design (DLD) Complete Course Playlist for Electrical Engineers

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EEVIBES | 86 videos | Updated 1 week ago
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The undergraduate course provides students with a fundamental knowledge about digital logic design. The course starts with the number system. The students are taught how to perform arithmetic in different number systems and perform conversion between different bases. Boolean algebra is introduced. Students are explained how to analyze and design combinational and sequential logic circuits. Counters are explained. Extensive numerical problems are required in the course to fully comprehend the concepts. At the same time, emphasis is required on the basic concepts so that the students are able to apply their knowledge in different unseen scenarios. 1-Number Systems youtube.com/watch?v=z5YfUNYwJSg&list=PLacdleb4rX6-… 2-2's Complement of a Number youtube.com/watch?v=pcxqOHq4yA4&list=PLacdleb4rX6-… 3-Complement of a Number in Base r youtube.com/watch?v=z26DA3IAx-Q&list=PLacdleb4rX6-… 4-Canonical Form of a Boolean Function youtube.com/watch?v=QglupPfCCsI&list=PLacdleb4rX6-… 5-Simplification of Boolean Function Using Karnaugh Map (k-Map) youtube.com/watch?v=k8vDyjRPMUc&list=PLacdleb4rX6-… 6-Design of Adder Subtractor Circuit in Digital Logic Design youtube.com/watch?v=iezTfLb-g_c&list=PLacdleb4rX6-… 7-Magnitude Comparator in Digital Logic Design youtube.com/watch?v=sCZebMUI458&list=PLacdleb4rX6-… 8-4 bit Adder Subtractor Circuit youtube.com/watch?v=2Rvgpw9nlFY&list=PLacdleb4rX6-… 9-Overflow in Adder-Subtractor Circuit youtube.com/watch?v=P7fxA0PIUYw&list=PLacdleb4rX6-… 10-Simplification of Boolean Expressions Using Boolean Algebra youtube.com/watch?v=LaVELflnGnU&list=PLacdleb4rX6-… 11-Prime Implicants and Essential Prime Implicants youtube.com/watch?v=wM-DuD6t7Wo&list=PLacdleb4rX6-… 12-BCD to Gray Code Conversion youtube.com/watch?v=LBHNYduPqqE&list=PLacdleb4rX6-… 13-Even parity and Odd Parity Generator youtube.com/watch?v=1ZNyA_P82Qs&list=PLacdleb4rX6-… 14-Finding minterms of the Boolean Expression youtube.com/watch?v=3tmvYSWBhQw&list=PLacdleb4rX6-… 15-SOP and POS Representation youtube.com/watch?v=YzRuMbsRjMQ&list=PLacdleb4rX6-… 16-Working of SR Latch using NAND and NOR Gates youtube.com/watch?v=39lesqGJakM&list=PLacdleb4rX6-… youtube.com/watch?v=m3bFqK-_5OU&list=PLacdleb4rX6-… 17-Working of D Latch youtube.com/watch?v=W38VptZ7reM&list=PLacdleb4rX6-… 18-Working of Edge Triggered D Flip FLop youtube.com/watch?v=W7ITotWW1bI&list=PLacdleb4rX6-… 19-Implementation of Boolean Function Using MUX youtube.com/watch?v=5SO_AoM548A&list=PLacdleb4rX6-… 20-Analysis of Sequential Circuit Using D Flip Flop youtube.com/watch?v=D6fyOXDbyzs&list=PLacdleb4rX6-… 21-How to Draw the State Diagram of Sequential Circuit? youtube.com/watch?v=iQW5jMuaO5c&list=PLacdleb4rX6-… 22-Analysis of Sequential Circuit using JK Flip Flop youtube.com/watch?v=ctjqTXu1U6Q&list=PLacdleb4rX6-… 23-Shift Registers youtube.com/watch?v=rQqoHJC5a2M&list=PLacdleb4rX6-… 24-D Flip Flop Vs D Latch youtube.com/watch?v=RYMYjngpU7Y&list=PLacdleb4rX6-… #digitallogicdesign #digitalelectronic #andgate #ORgate #XORgate #combinationallogiccircuits #combinational #sequentialcircuits #counters #registers #flipflops #latches #SRlatch #Dlatch #JKflipflop #Tflipflop #edgetriggeredflipflop #DigitalLogicDesign #memoryelements #decadecounter #shiftregisters #multiplexers #encoders #decoders #addersubtractors #comparator #4bitmagnitudecomparator #paritychecker #paritygenerator #evenparity #oddparity #halfadder #fulladder #multipliers #ALU #arithmetic #logicunit #graycode #BCD #ASCII #cycliccodes #kmap #minterms #maxterms #binaryfunctions #digitalelectronics #booleanlogic #boolean_algebra #booleanfunctions

30:29

Conversion from Decimal Numbers to HEX, Binary, Octal in Digital Logic Design

EE-Vibes (Electrical Engineering Lessons)

4:10

2's Complement of a Number | Digital Logic Design | 2's Complement Example

EE-Vibes (Electrical Engineering Lessons)

22:22

Complement of a Number in Base r | Digital Logic Design

EE-Vibes (Electrical Engineering Lessons)

28:23

Canonical Forms of Boolean Functions | SOP | POS | Minterms | Maxterms in Digital Logic Design

EE-Vibes (Electrical Engineering Lessons)

27:01

Simplification of Boolean Functions using Karnaugh Map | K-map in Digital Logic Design

EE-Vibes (Electrical Engineering Lessons)

30:10

Design of Adder and Subtractor Circuits in Digital Logic Design (Half and Full Adder Subtractor)

EE-Vibes (Electrical Engineering Lessons)

28:24

How to Design a Magnitude Comparator in Digital Logic Design? 1-bit, 2-bit, 3-bit, n-bit Comparator

EE-Vibes (Electrical Engineering Lessons)

12:03

Working of 4 bit Adder Subtractor Circuit in Digital Logic Design #eevibessite #eevibes #eevibessite

EE-Vibes (Electrical Engineering Lessons)

9:24

Overflow in 4 bit Adder-Subtractor Circuit || Explanation with Example

EE-Vibes (Electrical Engineering Lessons)

3:14

Simplify the Boolean Expressions up to the given number of literals

EE-Vibes (Electrical Engineering Lessons)

3:54

Simplification of Boolean Function up to Given Number of Literals

EE-Vibes (Electrical Engineering Lessons)

5:00

Simplification of Boolean Function up to Given Number of Literals in Digital Logic Design

EE-Vibes (Electrical Engineering Lessons)

12:06

Prime Implicants and Essential Prime Implicants in Digital Logic Design|| Solved Example

EE-Vibes (Electrical Engineering Lessons)

5:22

Write the following Boolean expression in product of sums form | F=a'b+a'c'+abc

EE-Vibes (Electrical Engineering Lessons)

9:59

How to Perform BCD to Gray Code Conversion in Digital Logic Design?

EE-Vibes (Electrical Engineering Lessons)

6:14

Simplification of Boolean Function with K-Map using Don't Care Conditions in Digital Logic Design

EE-Vibes (Electrical Engineering Lessons)

14:10

How to Design an Even Parity and Odd Parity Generator and Detector Circuit in Digital Logic Design?

EE-Vibes (Electrical Engineering Lessons)

11:19

Design a 4-bit Circuit that takes the 2's Complement using XOR Gates in Digital Logic Design

EE-Vibes (Electrical Engineering Lessons)

12:41

Find the minterms of the Boolean expressions by first plotting each function in a map

EE-Vibes (Electrical Engineering Lessons)

9:03

SOP and POS Representation of a Given Function in Digital Logic Design

EE-Vibes (Electrical Engineering Lessons)

7:59

Design of 4-to-2 Line Encoder Circuits in Digital Logic Design

EE-Vibes (Electrical Engineering Lessons)

13:43

Design of 4 to 2 Line Priority Encoder Circuit in Digital Logic Design

EE-Vibes (Electrical Engineering Lessons)

8:40

Working of SR Latch using NAND and NOR Gate in Digital Logic Design

EE-Vibes (Electrical Engineering Lessons)

10:25

Working of SR Latch using NAND Gates in Digital Logic Design

EE-Vibes (Electrical Engineering Lessons)

5:53

Working of D Latch

EE-Vibes (Electrical Engineering Lessons)

12:25

Working of Edge-Triggered D Flip Flop

EE-Vibes (Electrical Engineering Lessons)

6:20

Implementation of Boolean Function Using Mux (Multiplexer)

EE-Vibes (Electrical Engineering Lessons)

4:21

Flip Flop Timing Diagram: Setup Time, Hold Time and Propagation Delay

EE-Vibes (Electrical Engineering Lessons)

10:05

How to Implement following Boolean function using multiplexer F(A, B, C, D)= Σ (0,2, 5, 8, 10, 14)

EE-Vibes (Electrical Engineering Lessons)

12:45

Analysis of Sequential Circuit Using D Flip Flop

EE-Vibes (Electrical Engineering Lessons)

8:53

How to Draw the State Diagram for a Sequential Circuit?

EE-Vibes (Electrical Engineering Lessons)

16:02

Analysis of Sequential Circuit Using JK flip-flop

EE-Vibes (Electrical Engineering Lessons)

12:57

How to Design a sequential Circuit that Detects Three or More Consecutive 1's in the Input String?

EE-Vibes (Electrical Engineering Lessons)

13:09

5.6 A sequential circuit with two D flip-flops A and B, two inputs, x and y ; and one output z

EE-Vibes (Electrical Engineering Lessons)

5:55

5.7 A sequential circuit has one flip-flop Q, two inputs x and y, and one output S .

EE-Vibes (Electrical Engineering Lessons)

7:26

Shift Registers in Digital Electronics

EE-Vibes (Electrical Engineering Lessons)

7:28

D flip flop Vs D latch

EE-Vibes (Electrical Engineering Lessons)

11:49

What are the Counters ? UP Counter Operation

EE-Vibes (Electrical Engineering Lessons)

3:54

How to Design a Digital Stopwatch? Digital Logic Design Project

EE-Vibes (Electrical Engineering Lessons)

7:43

Design of a 4-bit Arithmetic Logic Unit (ALU)-DLD Project

EE-Vibes (Electrical Engineering Lessons)

2:07

Digital Logic Design Project Person/Objects Counter

EE-Vibes (Electrical Engineering Lessons)

0:59

Working Of Light sensitive Circuit Using LDR| DLD Project

EE-Vibes (Electrical Engineering Lessons)

11:58

Roll number28,30,51 1

EE-Vibes (Electrical Engineering Lessons)

11:15

Derive the state table and the state diagram of the sequential circuit

EE-Vibes (Electrical Engineering Lessons)

8:43

Depletion/ Enhancement CMOS for Low Power Family of Three-Valued Logic Design

EE-Vibes (Electrical Engineering Lessons)

5:57

Design of Analog to Digital Converter Using CMOS Logic

EE-Vibes (Electrical Engineering Lessons)

17:13

A sequential circuit has two JK flip-flops A and B and one input x . The circuit is described by the

EE-Vibes (Electrical Engineering Lessons)

7:09

How to Design a 4 to 1 line Multiplexer (MUX) by Using 2 to 1 Line Multiplexer?

EE-Vibes (Electrical Engineering Lessons)

8:51

Design a combinational circuit with three inputs, x , y , and z , and three outputs, A, B , and C .

EE-Vibes (Electrical Engineering Lessons)

4:30

A majority circuit is a combinational circuit whose output is equal to 1 if the input variables

EE-Vibes (Electrical Engineering Lessons)

4:07

Verilog Code for 3 input Majority Circuit with Test Bench Waveforms #verilog

EE-Vibes (Electrical Engineering Lessons)

8:26

Using a decoder and external gates, design the combinational circuit defined by the following

EE-Vibes (Electrical Engineering Lessons)

3:53

Timing Diagram of Simple D Flip Flop #flipflop #Dflipflop

EE-Vibes (Electrical Engineering Lessons)

11:36

Working of Serial-in and Parallel-out Shift Register || Step by step Explanation ||2024

EE-Vibes (Electrical Engineering Lessons)

7:38

Design a one-input, one-output serial 2’s complementer. The circuit accepts a string of bits

EE-Vibes (Electrical Engineering Lessons)

9:48

Design Steps for a Sequential Circuits| 2024 Easy Steps in Details

EE-Vibes (Electrical Engineering Lessons)

12:22

Design Sequential Circuit from State Diagram using Flip Flops and Combination Logic Gates

EE-Vibes (Electrical Engineering Lessons)

9:49

Design a Combinational Circuit that generates the 9's complement of a BCD digit.

EE-Vibes (Electrical Engineering Lessons)

7:01

Difference Between Combinational and Sequential Logic Circuits | DLD-2024 Short Questions

EE-Vibes (Electrical Engineering Lessons)

11:29

Design Steps for Combination Logic Circuits with Example| 2024

EE-Vibes (Electrical Engineering Lessons)

9:52

State Reduction Example in Digital Logic Design | Step-by-Step Explanation

EE-Vibes (Electrical Engineering Lessons)

9:29

Design a 4-to-1 Line multiplexer using only NAND gates | Solution

EE-Vibes (Electrical Engineering Lessons)

17:56

Design of 3 bit Up Counter using JK Flip Flop

EE-Vibes (Electrical Engineering Lessons)

20:28

Quine McCluskey Method in Digital Logic Design

EE-Vibes (Electrical Engineering Lessons)

1:01

BCD to Gray Code Converter Simple Explanation #shorts #reels #engineeringshorts #algorithms

EE-Vibes (Electrical Engineering Lessons)

9:01

Timing Diagram of JK Flip Flop | DLD Lecture

EE-Vibes (Electrical Engineering Lessons)

15:09

Binary Multiplier in Digital Logic Design | 2 bit, 3 bit Multiplier Explained

EE-Vibes (Electrical Engineering Lessons)

12:26

BCD Numbers and BCD Numbers Addition

EE-Vibes (Electrical Engineering Lessons)

0:51

Binary to Decimal Conversion #binarynumbers #decimalnumbers #shorts #reels #numbersystems

EE-Vibes (Electrical Engineering Lessons)

0:51

Decimal to Binary Conversion #decimalnumbers #shorts #reels #binarynumbers #engineering

EE-Vibes (Electrical Engineering Lessons)

0:59

Binary to Hexadecimal Conversion #binary #hexnumbers #shorts #reels

EE-Vibes (Electrical Engineering Lessons)

0:59

Today's Problem of DLD #MorrisManoSoluions #DLD #eevibes

EE-Vibes (Electrical Engineering Lessons)

1:55

Simplification of Boolean Function T2 using Boolean Algebra and K-Map #kmap #BooleanAlgebra #DLD

EE-Vibes (Electrical Engineering Lessons)

1:00

Consider the combinational circuit shown in Fig. P4.1 . (HDL—see Problem 4.49.)

EE-Vibes (Electrical Engineering Lessons)

1:00

Design of a 1 bit Magnitude Comparator

EE-Vibes (Electrical Engineering Lessons)

14:20

How to Design a Full Adder Circuit Using Only NAND gates ?

EE-Vibes (Electrical Engineering Lessons)

0:58

Implementation of XOR Gate using only NAND Gates

EE-Vibes (Electrical Engineering Lessons)

4:37

Combinational Circuit for Comparing Two 4-bit Binary Numbers

EE-Vibes (Electrical Engineering Lessons)

1:00

Most Common Logic Design Mistake | NAND vs NOR Explained

EE-Vibes (Electrical Engineering Lessons)

1:00

Half Adder Circuit Design Explained | Digital Logic Design Tutorial #education

EE-Vibes (Electrical Engineering Lessons)

11:34

Overflow of 8 bit Signed Numbers During Addition

EE-Vibes (Electrical Engineering Lessons)

6:20

Self Complementing Codes in Digital Logic Design | Explained with Examples

EE-Vibes (Electrical Engineering Lessons)

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1:00

Implementation of Boolean Function using NAND Gates Only

EE-Vibes (Electrical Engineering Lessons)

0:57

SOP and POS Representation of Boolean Function

EE-Vibes (Electrical Engineering Lessons)

12:52

What are the Prime Implicants and Essential Prime Implicants?

EE-Vibes (Electrical Engineering Lessons)