Digital Circuits From Basics to Advance Level

Digital Circuits From Basics to Advance Level - Druckversion

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Digital Circuits From Basics to Advance Level - Panter - 11.10.2022

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Digital Circuits From Basics to Advance Level
Published 05/2022
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 127 lectures (40h 56m) | Size: 52.4 GB

Completeness of Each Topic of Digital Circuits with Utmost Clarity

What you'll learn
Students can get complete in-depth knowledge of Digital Circuits
Can get the knowledge of Boolean Algebra & Boolean Functions
Can get the knowledge of Logic Gates & Combinational Logic Circuits
Can get the knowledge of Sequential Logic Circuits
Requirements
Should have Knowledge of Trigonometry
Should have Knowledge of Differentiation and Integration
Should have Knowledge of Algebraic Equations
Description
Chapter - 1: Boolean Algebra

Boolean Algebra Basics
Boolean Axioms
Boolean Properties and Theorems - 1
Boolean Properties and Theorems - 2
Concept of Duality
Dual and Complement Pairs
Logic Systems
Problems Set - 1
Problems Set - 2
Chapter - 2: Boolean Functions
==
Minters and Maxterms
SOP and POS forms
Types of Boolean Expressions
Generating different Functions
Problems Set - 1
Problems Set - 2
Problems Set - 3
Problems Set - 4
Problems Set - 5
Chapter - 3: K-Maps
=======
Introduction to K-maps
Analysis of K-maps -1
Analysis of K-maps -2
Four Variable K-maps
K-map Terminology
Problems Set - 1
Problems Set - 2
Chapter - 4: Logic Gates
========
Classification of Logic Gates
Analysis of NOT gate
AND gate and OR gate
NAND gate and NOR gate
EX-OR gate
EX-NOR gate
XOR and XNOR Properties -1
XOR and XNOR Properties -2
Realization of Logic Gates using NAND and NOR
Alternate Logic Gates
Problems Set - 1
Problems Set - 2
Problems Set - 3
Problems Set - 4
Problems Set - 5
Chapter - 5: Combinational Logic Circuits
=
Classification of Digital Circuits
Half Adder Circuit
Half Subtractor Circuit
Full Adder
Full Subtractor
Summary
Multi-bit Parallel Adders
Binary Parallel Subtractor
Carry Look Ahead Adder
Multiplier Circuits
Problem on Arithmetic Circuits
Problems on Arithmetic circuits
Problem on Arithmetic Circuits
Multiplexer Fundamentals
Design of MUX
Problem on MUX - 1
Problem on MUX - 2
Problem on MUX - 3
Problem on MUX - 4
Problem on MUX - 5
Problems on MUX Set
Decoder
Design of Decoders-1
Design of Decoders-2
BCD to Seven segment decoder
Problems on Decoders - 1
Problems on Decoders - 2
Problems on Decoders - 3
Encoder
Design of Encoders
Priority Encoder
De-Multiplexer
Magnitude Comparators
Problem on Comparators
Code Converters-1
Code Converters-2
Parity Generators/Checkers
ROM-1
ROM-2
Types of ROM
Examples on ROM
Chapter - 6: Sequential Logic Circuits
=======
NOR Latch
NAND Latch
SR Flip-Flop -1
SR Flip-Flop -2
JK Flip-Flop
D & T Flip-Flops
Interconversion of Flip-Flops
Race-around condition
Master-Slave JK Flip Flop
Problems on Flip-Flops - 1
Problems on Flip-Flops - 2
Registers
SISO and SIPO Registers
PIPO and PISO Registers
Bi-directional Shift Register
Universal Shift Register
Counters
Classification of Counters
Asynchronous Counters
Up Or Down Counters
Variable Mod Counters
BCD Counter
Synchronous Counters
Ring and Twisted-Ring Counters
Self Starting and Free Running Counters
Series and Parallel Carry Synchronous Counters
Problems on Counters and Registers - 1
Problems on Counters and Registers - 2
Analysis of Sequential circuits
Moore FSM
Serial Adder
Differences between RAM and ROM
Differences between S-RAM and D-RAM
Chapter - 7: Number Systems
=
Number Systems Basics Part - 1
Number Systems Basics Part - 2
Number Systems Conversions-1
Number Systems Conversions-2
Arithmetics of Number Systems
Complements of Number Systems-1
Complements of Number Systems-2
Data Representation
Range Over Flow
Codes
Problems Set - 1
Problems Set - 2
Problems Set - 3
Who this course is for
Engineering Students Appearing for University and Competitive Examinations

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