Ultimate 2022 Digital Circuits and Logic Design course

A complete guide for learning the Digital circuits and Logic design using Logisim & Multisim & practical applications

4.60 (20 reviews)

Udemy

platform

English

language

Engineering

What you will learn

Introduction ( Understand the fundamentals of how a computer works )

Numbering Systems and their Conversions ( Binary - Decimal - Hexadecimal )

Arithmetic operations for Binary System

Basic Logic gates ( AND, OR, NOT ) their Symbols, Timing Diagrams and Truth tables

Universal Logic gates ( NAND, NOR ) their Symbols, Timing Diagrams and Truth tables

specialized Logic gates ( X-OR, X-NOR ) their Symbols, Timing Diagrams and Truth tables

Boolean Algebra and Expressions to derive and simplify digital logic circuits

The Concepts for ( minterms & maxterms )

Canonical and Standard Forms ( SOP and POS ), how can you get them

All types of K-maps from ( 2 variables K-map ) to ( 5 variables K-map )

Don't care conditions and how can you get the POS using K-map

Combinational Logic Circuits including Design of ( Half and Full Adders, 8-bits Binary Adder, Binary Subtractor, Binary (Adder - Subtractor) , BCD Adder )

Continue Combinational Logic Circuits including Design of ( Binary Multiplier, Binary Magnitude Comparator)

Design of ( Decoder & Encoder )

Design of ( Multiplexer & Demultiplexer )

Logisim software : for Discussion and implementation for all our Logic circuits

Multisim software : for professional simulation for all our Logic circuits

Logic Waves parameters ( Period, Frequency, Duty cycle)

Basic Digital Devices ( LEDs, 7-Segments, Dot Matrix, resistors, ICs )

Measuring Devices for Digital Systems ( Oscilloscope - Logic Analyzer - Functions Generator )

We have Section for Laboratory using Breadboard for implementation some of Logic Circuits practically

Sequential Logic Circuits including { (SR-JK-D-T) Flip flops, FSM, and another Advanced Logic circuits }

Course Gallery

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Ultimate 2022 Digital Circuits and Logic Design course

What you will learn

Introduction ( Understand the fundamentals of how a computer works )

Numbering Systems and their Conversions ( Binary - Decimal - Hexadecimal )

Arithmetic operations for Binary System

Basic Logic gates ( AND, OR, NOT ) their Symbols, Timing Diagrams and Truth tables

Universal Logic gates ( NAND, NOR ) their Symbols, Timing Diagrams and Truth tables

specialized Logic gates ( X-OR, X-NOR ) their Symbols, Timing Diagrams and Truth tables

Boolean Algebra and Expressions to derive and simplify digital logic circuits

The Concepts for ( minterms & maxterms )

Canonical and Standard Forms ( SOP and POS ), how can you get them

All types of K-maps from ( 2 variables K-map ) to ( 5 variables K-map )

Don't care conditions and how can you get the POS using K-map

Combinational Logic Circuits including Design of ( Half and Full Adders, 8-bits Binary Adder, Binary Subtractor, Binary (Adder - Subtractor) , BCD Adder )

Continue Combinational Logic Circuits including Design of ( Binary Multiplier, Binary Magnitude Comparator)

Design of ( Decoder & Encoder )

Design of ( Multiplexer & Demultiplexer )

Logisim software : for Discussion and implementation for all our Logic circuits

Multisim software : for professional simulation for all our Logic circuits

Logic Waves parameters ( Period, Frequency, Duty cycle)

Basic Digital Devices ( LEDs, 7-Segments, Dot Matrix, resistors, ICs )

Measuring Devices for Digital Systems ( Oscilloscope - Logic Analyzer - Functions Generator )

We have Section for Laboratory using Breadboard for implementation some of Logic Circuits practically

Sequential Logic Circuits including { (SR-JK-D-T) Flip flops, FSM, and another Advanced Logic circuits }

Course Gallery

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