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Digital Logic Design by Prof Ravindrababu Ravula
Published 9/2026
Created by Prof Ravindrababu Ravula
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Level: All Levels | Genre: eLearning | Language: English | Duration: 246 Lectures ( 37h 7m ) | Size: 35.8 GB
Learn Digital Logic Design from Scratch | Boolean Algebra, K-Maps, Combinational & Sequential Circuits | GATE Preparatio
What you'll learn
Understand the fundamental concepts of Digital Logic Design and Digital Electronics from the basics. Master number systems, binary arithmetic, Boolean algebra, and logic gates. Simplify and analyze digital circuits using Boolean algebra and Karnaugh Maps (K-Maps). Design and analyze combinational circuits such as adders, subtractors, multiplexers, demultiplexers, encoders, and decoders. Understand and design sequential circuits, including latches, flip-flops, registers, and counters. Analyze synchronous and asynchronous sequential circuits and understand their timing behavior. Learn the concepts of state machines, state diagrams, and state reduction. Solve conceptual, numerical, and GATE-level problems in Digital Logic Design. Develop the ability to analyze, design, and troubleshoot digital circuits systematically. Build a strong foundation in DLD for GATE preparation, university examinations, competitive exams, and engineering applications.Requirements
No prior knowledge of Digital Logic Design is required. The course starts from the basics and gradually progresses to advanced concepts. Students should have a basic understanding of high-school mathematics, including arithmetic and basic algebra. A basic understanding of electrical/electronic concepts is helpful but not mandatory. The course is suitable for engineering students, GATE aspirants, and beginners who want to build a strong foundation in Digital Logic Design. Students will need a computer or smartphone with an internet connection to access the course and practice the concepts.Description
Master Digital Logic Design (DLD) for GATE, Engineering & Competitive Exams
Taught by RBR Sir
Build a strong foundation inDigital Logic Design (DLD) with this complete course designed forGATE aspirants, engineering students, competitive exam learners, and anyone who wants to master digital logic and digital circuit problem solving.
This course is taught byRBR Sir, with a strong focus on conceptual clarity, systematic problem solving, and exam-oriented learning. Instead of simply memorizing formulas and rules, you will learnwhy digital circuits work, how to analyze them, and how to approach problems logically and efficiently.
Starting from the fundamentals, the course gradually progresses toward advanced concepts and problem-solving techniques required for
GATE CS, ECE, EE & related examinations Engineering and university examinations Digital Electronics and Digital Logic Design courses Technical and competitive examinations Placement and aptitude preparation Conceptual understanding of digital circuits Advanced digital circuit problem solvingWhat You Will Learn
You will develop a strong understanding of
Number systems and digital representations Binary arithmetic and codes Boolean algebra and Boolean functions Logic gates and their implementation Boolean function simplification Karnaugh Maps (K-Maps) Combinational circuit analysis and design Adders and subtractors Multiplexers and demultiplexers Encoders and decoders Comparators and other combinational circuits Latches and flip-flops Sequential circuit analysis and design Registers and shift registers Synchronous and asynchronous counters State diagrams and state tables State reduction and state assignment Finite State Machines (FSMs) Timing concepts and sequential circuit behavior GATE-level and exam-oriented problem solvingProblem-Solving Approach
The course focuses on developing the ability to solve DLD problems using
Logical analysis of digital circuits Boolean algebra techniques Systematic circuit simplification K-Map-based minimization Truth-table analysis Circuit-to-equation and equation-to-circuit conversion Sequential circuit analysis State-based reasoning Timing and waveform analysis Exam-oriented shortcuts and problem-solving techniquesTopics Covered
Digital Logic Fundamentals
Digital and analog systems Number systems Binary, decimal, octal and hexadecimal conversions Binary arithmetic Complements Digital codesBoolean Algebra & Logic Gates
Basic and universal logic gates Boolean laws and theorems De Morgan's theorems Boolean expressions Logic gate implementation NAND and NOR implementationsBoolean Function Simplification
Canonical forms SOP and POS Minterms and maxterms Karnaugh Maps Don't-care conditions Logic minimizationCombinational Circuits
Half and full adders Half and full subtractors Multiplexers Demultiplexers Encoders Decoders Comparators Design and analysis of combinational circuitsSequential Circuits
Latches Flip-flops SR, JK, D and T flip-flops Characteristic and excitation tables Race-around condition Master-slave flip-flopsRegisters & Counters
Shift registers Serial and parallel data transfer Asynchronous counters Synchronous counters Up/down counters Mod-N counters Counter design and analysisFinite State Machines
State diagrams State tables State reduction State assignment Moore and Mealy machines Sequential circuit designGATE & Practice Sessions
GATE Previous Year Questions (PYQs) Concept-based problems Numerical and analytical problems Multiple problem-solving approaches Exam-oriented practiceWho this course is for
GATE aspirants preparing for the Digital Logic section of the GATE exam. Engineering students from ECE, CSE, EEE, IT, and related branches who want to learn Digital Logic Design. Students preparing for university and semester examinations in Digital Electronics or Digital Logic Design. Beginners who want to build a strong foundation in digital logic and digital circuits from scratch. Students preparing for competitive and technical examinations that include Digital Logic concepts. Anyone interested in learning how to analyze and design digital circuits and strengthen their problem-solving skills.Homepage
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