Preview Digital Circuits for GATE Robotics & Automation

Number System

Lecture-1 Introduction to Digital Logic

Lecture-2 Introduction to Number System

Lecture-4 Conversions Part-2

Lecture-3 Floating Point Representation and Conversions Part-1

Lecture-5 Unsigned and Signed Representations

Lecture-6 Arithmetic Operations, Overflow and Underflow

Lecture-7 Number System GATE PYQs

Module-1 Test

Logic Gates

Lecture-8 Logic Gates

Lecture-9 Universal Gates

Lecture-10 Logic Gates GATE PYQs

Module-2 Test

Minimization

Lecture-11 Basics of Minimization

Lecture-12 Boolean Functions Representation

Lecture-13 K-Map Minimization

Lecture-14 K-Map Minimization Part-2

Lecture-15 K Map- Dont Care Condition and Implicants

Lecture-16 Minimization GATE PYQs

Module-3 Test

Combinational Circuits

Lecture-17 Introduction to Combinational Circuits and Comparator

Lecture-18 Multiplexer Part-1

Lecture-19 Multiplexer Part-2

Lecture-20 De-Multiplexer, Encoder and Decoder

Lecture-21 Half Adder and Full Adder

Lecture-22 Half Subtractor and Full Subtractor

Lecture-23 Serial and Parallel Adder, Multiplier

Module-4 Test

Sequential Circuits

Lecture-24 Introduction to Sequential Circuits, Triggering and Latches

Lecture-25 SR Flip Flop and JK Flip Flop

Lecture-26 Master Slave, D Flip Flop and T Flip Flop

Lecture-27 Designing Flip Flops

Lecture-28 Shift Registers

Lecture-29 Synchronous Counters (Ring and Johnson Counter)

Lecture-30 Designing Synchronous Counters

Lecture-31 Asynchronous Counters

Lecture-32 Sequential Circuits GATE PYQs

Module-5 Test

Subject Wise Tests

Test 1

Test 2

Test 3

Test 4

Test 5

Lecture Slides