Complete training: Comprehensive Digital Logic Design Course

Welcome to the ultimate guide to digital logic design! Whether you're a student, hobbyist, or professional, this comprehensive course is your gateway to mastering the intricacies of digital electronics. From foundational concepts to advanced techniques, you'll embark on a journey that demystifies logic design and equips you with practical skills to tackle real-world challenges.

Kickstart your learning journey with a deep dive into number systems, codes, and logic gates. Understand the fundamentals of Boolean algebra, standard forms, and combinational logic, laying a solid groundwork for exploring digital systems. Through engaging lectures and hands-on exercises, you'll learn to design, simulate, and optimize logical circuits efficiently.

As you progress, delve into the fascinating realm of sequential circuits, where you'll unravel the complexities of flip-flops, registers, and counters. Explore the principles of clocked logic, state machines, and synchronous design, gaining insights into the design and analysis of sequential systems.

Whether you're interested in pursuing a career in electronics, or computer engineering, or simply passionate about digital technology, this course offers invaluable knowledge and practical skills to fuel your success.

By the end of this course, you'll be equipped with the confidence and expertise to tackle complex digital logic challenges with ease. Join us now and unlock the potential of digital electronics!

Course Contents:

Section 1: Introduction

• Lecture 1: Introduction to the Course

• Lecture 2: Introduction to Number Systems

Section 2: Codes, Gates, and Boolean

• Lecture 3: Decimal and Alphanumeric Codes

• Lecture 4: Logic Gates and Boolean Algebra

Section 3: Standard Forms and K-Map

• Lecture 5: Standard Forms

• Lecture 6: K-Maps

• Lecture 7: Map Manipulation

Section 4: XOR Gate and Combinational Design

• Lecture 8: XOR, Gate Prop Delay, and Combinational Design

Section 5: Hardware Description Language and Modules

• Lecture 9: Verilog HDL #01

• Lecture 10: Verilog HDL #02

Section 6: Flip-Flops

• Lecture 11: Flip-Flops

• Lecture 12: Latches & Flip Flops

• Lecture 13: Flip-Flop Timing and Sequential Circuit Analysis

Section 7: Design Mapping and Logic Functions

• Lecture 14: Hierarchical Design and Technology Mapping

• Lecture 15: Rudimentary Logic Functions and Decoders

• Lecture 16: Encoders

• Lecture 17: Multiplexers

Section 8: Sequential Circuits

• Lecture 18: Sequential Circuit Design

• Lecture 19: Designing with JK Flip Flops

• Lecture 20: Programmable Logic Devices

• Lecture 21: Sequential Circuits & Latches

Section 9: Registers

• Lecture 22: Registers and Shift Registers

• Lecture 23: Shift register (parallel load) & Bidirectional Shift register & Register Transfer

• Lecture 24: Register Transfer Operations & Micro Operations

Section 10: Counters

• Lecture 25: Counters

• Lecture 26: Ripple Counters

• Lecture 27: Synchronous Counters

Section 11: Memory

• Lecture 28: Memory Basics

• Lecture 29: Arrays of RAM ICs