Digital Electronics & Logic Design: From Basics to VLSI Advance
Mr. Asim Khan
6 modules
English
Certificate of completion
Lifetime access
Learn Digital Electronics from basis to Advanced
Overview
Our course Digital Electronics & Logic Design: From Basics to VLSI, is a thorough course created especially for students, hobbyists, and professionals who wish to grasp the principles of digital systems and their applications, you can unleash the potential of contemporary electronics. In this course, you will learn the fundamentals of number systems, logic gates, and Boolean algebra before delving deeply into combinational and sequential circuit design.
Key ideas like as adders, multiplexers, encoders, flip-flops, counters, and shift registers will be covered, and you'll gain a firm understanding of logic simplification with Karnaugh Maps (K-Maps). The course helps you comprehend the usage of digital electronics in embedded systems, robotics, computer architecture, and VLSI design by bridging the gap between theoretical concepts and real-world applications.
In addition to students pursuing academic projects or job opportunities in the electronics industry, this course is perfect for students preparing for competitive tests such as GATE, ESE, or PSU recruitments. The methodical learning process guarantees that you can advance with confidence, acquiring both knowledge and useful hardware implementation abilities, even if you're new to the topic.
You will have the confidence to evaluate, design, and troubleshoot digital circuits by the end of this course, and you will be able to use those skills in high-impact, real-world tech settings.
What you will learn
Understanding Digital Electronics Fundamentals
Learn the basics of digital electronics including logic gates and boolean algebra.
Designing Combinational Logic Circuits
Explore how to design and implement combinational logic circuits for various applications.
Integrating Sequential Logic Elements
Learn to integrate sequential logic elements like flip-flops and registers into your designs.
Implementing Finite State Machines
Understand the concepts of finite state machines and how to implement them in digital circuits.
Introduction to VLSI Design
Get an overview of Very Large Scale Integration (VLSI) design principles and methodologies.
Modules
Chapter -1 Number System
4 attachments • 1 hrs
Module -1 Introduction to Number System
Module -2 Number System Conversions
Module -3 Complement
Module -4 Codes
Chapter -2 Boolean Algebra
4 attachments • 1 hrs
Module-5 Logic gates
Module -6 Boolean Algebra
Module -7 SOP & POS
Module -8 k map
Chapter -3 Combinational Circuit
10 attachments • 2 hrs
Module -9 Basics of Combinational Circuit
Module -10 Delay of Combinational Circuit
Module -11 Adder
Module -12 Subtractor
Module -13 Encoders
Module -14 Decoders
Module -15 Multiplexer-1
Module -16 Muliplexer-2
Module -17 De-Multiplexer
Module -18 Tri state buffer
Chapter -4 Sequential Circuits
9 attachments • 1 hrs
Module -19 Basics of Sequential Circuits
Module -20 RS latch-1
Module -21 RS latch-2
Module -22 Master Slave
Module -23 flip flop 1
Module -24 flip flop-2
Module -25 Asynchronous Inputs
Module -26 Delays Sequential
Module -27 Flip flop conversion
Chapter -5 Counters & Registers
9 attachments • 1 hrs
Module -28 Basics of Registers
Module -29 Types of Shift Registers
Module -30 Bidirectional Shift Register
Module -31 Basics of Counters
Module -32 Asynchronous Counter
Module -33 Synchronous Counter
Module -34 Mod Counter
Module -35 Counter Design
Module -36 Shift Register Counter
Certification Badge Exam
Certification
When you complete this course you receive a ‘Certificate of Completion’ signed and addressed personally by me.
FAQs
How can I enrol in a course?
Enrolling in a course is simple! Just browse through our website, select the course you're interested in, and click on the "Enrol Now" button. Follow the prompts to complete the enrolment process, and you'll gain immediate access to the course materials.
Can I access the course materials on any device?
Yes, our platform is designed to be accessible on various devices, including computers, laptops, tablets, and smartphones. You can access the course materials anytime, anywhere, as long as you have an internet connection.
How can I access the course materials?
Once you enrol in a course, you will gain access to a dedicated online learning platform. All course materials, including video lessons, lecture notes, and supplementary resources, can be accessed conveniently through the platform at any time.
Can I interact with the instructor during the course?
Absolutely! we are committed to providing an engaging and interactive learning experience. You will have opportunities to interact with them through our community. Take full advantage to enhance your understanding and gain insights directly from the expert.
About the creator
Mr. Asim Khan
Asim khan will be mentor for the AMBA AHB protocol course, bringing his strong knowledge of digital design, verification, and ASIC/FPGA development. He excels in developing high-quality, efficient RTL designs and optimizing system performance.
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