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| Item Details | Price | ||
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Digital Logic
Learn, Understand, Discuss. "GO" for the Best.
| star star star star star | 5.0 (13 ratings) |
Instructor: Deepak Poonia (MTech IISc Bangalore, GATE CSE AIR 53; AIR 67)
Language: English
Validity Period: 365 days
₹5900 32% OFF
₹3999 including 18% GST
Features of the course:
1. Quality Content: No Rote-learning. No poor understadning. No By-hearting of formulas, tables or theorems. Understand everything with proofs-intuitions-ideas.
2. No Prerequisites: Every concept is taught from basics, without assuming any prior knowledge whatsoever.
3. Daily Homeworks: Practice material, with solutions, for Every Lecture to test your understanding of concepts of respective lecture.
4. Summary Lectures: Short videos which summarises every concept and detail of the course. Helps in quick revision.
5. Quality Practice Sets: Practice Sets from standard resources, with solutions, containing a lot of quality questions for practice.
6. Weekly Quizzes: Every week, there will be a Live Quiz, containing 15-20 questions, to evaluate your understanding of concepts taught in the previous week. The Quiz questions can be seen, solved even after tha live quiz is over.
7. Doubt Resolution: All your doubts will be resolved directly by the faculty. There is a dedicated Telegram group for Enrolled Students of Goclasses where our faculties resolve students' doubts. So, our students don't have to go anywhere else for asking doubts.
Enroll Now.
Enroll here for Goclasses GATE CSE 2023 Complete Course
| Module 1 - Boolean Algebra, Minimization of Boolean Functions | |||
| Lecture 1 - Introduction to Digital Logic & Boolean Algebra | |||
| Lecture 2 - Boolean Algebra 39:00 | |||
| Annotated Notes - Lecture 1-2 - Boolean Algebra (86 pages) | |||
| Lecture 3A - Binary & Decimal Number System | |||
| Lecture 3B - Practice - Decimal & Binary Number System 9:00 | |||
| Annotated Notes - Lecture 3A-3B - Binary & Decimal Number System (81 pages) | |||
| Lecture 4A - Boolean Algebra Continued 33:00 | |||
| Annotated Notes - Lecture 4A - Boolean Algebra Continued (39 pages) | |||
| Lecture 4B - Boolean Expressions & Boolean Algebra Laws 62:00 | |||
| Lecture 4C - Complement & Dual of Boolean Expressions 57:00 | |||
| Annotated Notes - Lecture 4B-4C - Boolean Expressions, Laws, Dual, Complement (142 pages) | |||
| Lecture 4D - Algebraic Simplification 118:00 | |||
| Annotated Notes - Lecture 4D - Algebraic Simplification (135 pages) | |||
| Weekly Quiz 1 - Boolean Algebra | |||
| Lecture 5A - Standard Forms of Boolean Expressions 38:00 | |||
| Lecture 5B - Minterm, Maxterm 54:00 | |||
| Annotated Notes - Lecture 5A-5B - Standard Forms of Boolean Expressions, Minterm (88 pages) | |||
| Lecture 5C - Revision - Minterm, Maxterm | |||
| Lecture 5D - Expressing Boolean Function using Minterms, Maxterms | |||
| Annotated Notes - Lecture 5C-5D - Expressing Boolean Function using Minterms, Maxterms (255 pages) | |||
| Lecture 5E - Revision & Practice - Standard Forms of Boolean Functions 42:00 | |||
| Lecture 5F - Practice Questions - Sum of Minterms, Product of Maxterms 20:00 | |||
| Annotated Notes - Lecture 5E-5F - Revision & Practice - Standard Forms of Boolean Functions (78 pages) | |||
| Lecture 6A - K-Map Part 1 - Boolean Function Minimization 67:00 | |||
| Annotated Notes - Lecture 6A - K-Map Part 1 - Boolean Function Minimization (70 pages) | |||
| Lecture 6B - K-Map Part 2 - Minimization of Boolean Expression using K-map 61:00 | |||
| Lecture 6C - K-Map Part 3 - Minimization of Boolean Expression using K-map 46:00 | |||
| Annotated Notes - Lecture 6B-6C - K-Map Part 2 - Minimization of Boolean Expression (131 pages) | |||
| Lecture 6D - K-Map Part 4 - Don't Cares, Prime Implicants 161:00 | |||
| Annotated Notes - Lecture 6D - K-Map Part 4 - Don't Cares, Prime Implicants (159 pages) | |||
| Lecture 6E - K-Map Part 5 - Prime Implicant, Essential Prime Implicant 153:00 | |||
| Annotated Notes - Lecture 6E - K-Map Part 5 - Prime Implicant, Essential Prime Implicant (138 pages) | |||
| Lecture 7 - Dual of a Boolean Function, Self Dual | |||
| Annotated Notes - Lecture 7 - Dual of a Boolean Function, Self Dual (218 pages) | |||
| Lecture 8 - ExOr, ExNor Functions & Their Properties 26:00 | |||
| Annotated Notes - Lecture 8 - ExOr, ExNor Functions & Their Properties (30 pages) | |||
| Weekly Quiz 2 - Boolean Algebra | |||
| (OPTIONAL) Positive Level Logic System, Negative Level Logic System 18:00 | |||
| Practice Sessions | |||
| Module 2 - Number System | |||
| Lecture 1A - Octal, Hexadecimal Number Systems | |||
| Lecture 1B - Why Octal, Hexadecimal Number Systems are Important? 12:00 | |||
| Lecture 2 - Binary Addition 8:00 | |||
| Annotated Notes - Lecture 1A,1B,2 - Octal, Hexadecimal Number Systems (110 pages) | |||
| Lecture 3A - Complement of a number, Subtraction using r's complement 60:00 | |||
| Lecture 3B - Practice Questions - Subtraction using r's complement 9:00 | |||
| Lecture 3C - Subtraction using r-1's complement 29:00 | |||
| Lecture 3D - Signed Binary Numbers Representations 40:00 | |||
| Annotated Notes - Lecture 3A-3D - Complement of a number, Subtraction (146 pages) | |||
| Lecture 3E - Range of Signed Binary Numbers in Various Representations 49:00 | |||
| Annotated Notes - Lecture 3E - Range of Signed Binary Numbers in Various Representations (40 pages) | |||
| Lecture 4A - Addition of Signed Binary Numbers in Various Representations 46:00 | |||
| Annotated Notes - Lecture 4A - Addition of Signed Binary Numbers (36 pages) | |||
| Lecture 4B - Addition, Subtraction of Signed Binary Numbers in Signed Complement Systems 56:00 | |||
| Annotated Notes - Lecture 4B - Addition, Subtraction of Signed Binary Numbers (42 pages) | |||
| Lecture 5A - Overflow Definition, Overflow Detection in Signed Magnitude Representation | |||
| Lecture 5B - Overflow in Addition of Signed Binary Numbers in 2's, 1's Complement Representation 48:00 | |||
| Annotated Notes - Lecture 5 - Overflow for Addition Operation (105 pages) | |||
| Lecture 6 - Sign Extension in Various Representations 28:00 | |||
| Annotated Notes - Lecture 6 - Sign Extension in Various Representations (28 pages) | |||
| Lecture 7A - Binary Codes Introduction 30:00 | |||
| Annotated Notes - Lecture 7A - Binary Codes Introduction (16 pages) | |||
| Lecture 7B - BCD Code, 2421 Code, Self Complementary Binary Codes | |||
| Annotated Notes - Lecture 7B - BCD Code, 2421 Code, Self Complementary Binary Codes (68 pages) | |||
| Lecture 7C - Gray Codes 66:00 | |||
| Lecture 7D - Finding Gray Code - An Easy Alternate Way 9:00 | |||
| Annotated Notes - Lecture 7C-7D - Gray Codes (74 pages) | |||
| Weekly Quiz 3 - Minimization, Number System | |||
| Module 3 - Combinational Circuits | |||
| Lecture 1 - Compact Truth Table Representation 64:00 | |||
| Annotated Notes - Lecture 1 - Compact Truth Table Representation (42 pages) | |||
| Lecture 2A - Multiplexer 58:00 | |||
| Lecture 2B - Realization of Boolean Functions using Multiplexer 38:00 | |||
| Annotated Notes - Lecture 2A-2B - Multiplexer (119 pages) | |||
| Lecture 2C - Practice Questions - Multiplexer 59:00 | |||
| Annotated Notes - Lecture 2C - Practice Questions - Multiplexer (39 pages) | |||
| Lecture 2D - Function Realization using Multiplexer 26:00 | |||
| Lecture 2E - Building Large Mux using Small Mux 36:00 | |||
| Annotated Notes - Lecture 2D-2E - Building Multiplexer (64 pages) | |||
| Lecture 2F - Multiplexer with Enable Input 26:00 | |||
| Weekly Quiz - Multiplexer GATE EC/EE/IN PYQs | |||
| Lecture 3 - Demultiplexer 16:00 | |||
| Lecture 4A -Encoder - Binary Encoder 43:00 | |||
| Lecture 4B - Encoder - Priority Encoder 27:00 | |||
| Annotated Notes - Lecture 2F-4B - Multiplexer with Enable Input (107 pages) | |||
| Lecture 5A - Decoder 60:00 | |||
| Lecture 5B - Active Low Decoder i.e. NAND gate Decoder 26:00 | |||
| Lecture 5C - Function Realization using Decoder 25:00 | |||
| Annotated Notes - Lecture 5 - Decoder (117 pages) | |||
| Lecture 6 - Propagation Delay & Timing Diagrams | |||
| Annotated Notes - Lecture 6 - Propagation Delay & Timing Diagrams (40 pages) | |||
| Lecture 7A - Adder - Half Adder 41:00 | |||
| Annotated Notes - Lecture 7A - Adder - Half Adder (34 pages) | |||
| Lecture 7B - Adder - Full Adder 64:00 | |||
| Annotated Notes - Lecture 7B - Adder - Full Adder (57 pages) | |||
| Lecture 7C - Adder - Ripple Carry Adder 70:00 | |||
| Annotated Notes - Lecture 7C - Adder - Ripple Carry Adder (55 pages) | |||
| Lecture 7D - Carry Look Ahead Adder Part 1 - Carry Generation & Carry Propagation 23:00 | |||
| Lecture 7E - Carry Look Ahead Adder Part 2 - Carry Generator Circuit 57:00 | |||
| Annotated Notes - Lecture 7D-7E - Carry Look Ahead Adder (63 pages) | |||
| Lecture 7F - Carry Look Ahead Adder Part 3 - Few Questions 17:00 | |||
| GATE CSE 2007 Question 35 - Look-Ahead Carry Generator Circuit | |||
| GATE CSE 2016 Question 33 - Carry Look-Ahead Adder 2:00 | |||
| Annotated Notes - Lecture 7F - Carry Look Ahead Adder (35 pages) | |||
| GRE Computer Science - Ripple Carry Adder Delay Question 22:00 | |||
| Lecture 8 - Adder for Signed Addition 26:00 | |||
| Annotated Notes - Lecture 8 - Adder for Signed Addition (27 pages) | |||
| Module 4 - Functional Completeness | |||
| Functional Completeness - Complete Playlist | |||
| Annotated Notes - Functional Completeness (135 pages) | |||
| Annotated Notes - Post's Functional Completeness Theorem (243 pages) | |||
| Module 5 - Sequential Circuits | |||
| Lecture 1 - Introduction - Combinational Circuits Vs Sequential Circuits 53:00 | |||
| Lecture 2A - One Bit Storage Device - Cross Coupled Inverters 27:00 | |||
| Lecture 2B - SR Latch - Cross Coupled NOR gates 54:00 | |||
| Lecture 2C - S'R' Latch - Cross Coupled NAND gates 28:00 | |||
| Annotated Notes - Lecture 1-2 - Sequential Circuits, SR Latch (162 pages) | |||
| Lecture 3 - Timing Diagram of SR Latch, Clock 71:00 | |||
| Lecture 4 - Flipflops - SR Flipflop 87:00 | |||
| Annotated Notes - Lecture 3,4A - Clock, SR Flipflop (150 pages) | |||
| Lecture 5 - D Flipflop 45:00 | |||
| Lecture 6 - Clock Triggering of flipflops 27:00 | |||
| Lecture 7 - JK flipflop 48:00 | |||
| Lecture 8A - T flipflop 22:00 | |||
| Lecture 8B - Few Important Notes for Flipflops 10:00 | |||
| Annotated Notes - Lecture 5-8 - D, JK, T Flipflops (172 pages) | |||
| Lecture 9A - Flipflop Conversion 68:00 | |||
| Lecture 9B - Morris Mano PN Flip-flop Question 14:00 | |||
| GATE IT 2008 - JK Flipflop Question | |||
| Annotated Notes - Lecture 9A-9C - Flipflop Conversion (109 pages) | |||
| Lecture 9D - Flipflop Conversion - SR to T flipflop 26:00 | |||
| Annotated Notes - Lecture 9D - Flipflop Conversion - SR to T flipflop (20 pages) | |||
| Lecture 10A - Direct Inputs in flipflops - Preset & Clear Inputs 67:00 | |||
| Lecture 10B - Practice Questions on Flipflops 16:00 | |||
| Annotated Notes - Lecture 10 - Direct Inputs in flipflops - Preset & Clear Inputs (83 pages) | |||
| Lecture 11A - Master Slave Flipflops to Implement Edge Triggering 73:00 | |||
| Lecture 11B - Race Around Condition in JK Flipflops 38:00 | |||
| Annotated Notes - Lecture 11 - Master Slave Flipflops & Race Condition (112 pages) | |||
| (OPTIONAL) Lecture 12 - Timing Issues in Flipflops - Setup Time, Hold Time, Frequency | |||
| Annotated Notes - Lecture 12 - Timing Issues in Flipflops - Hold Time, Setup Time (127 pages) | |||
| Lecture 13 - Registers | |||
| Annotated Notes - Lecture 13 - Registers (231 pages) | |||
| Lecture 14 - Finite State Machines(FSM) - Mealy & Moore Machines | |||
| Annotated Notes - Lecture 14 - FSM Finite State Machines - Mealy & Moore Machine (240 pages) | |||
| Next Topic: Counters | |||
| Lecture 15A - Counters Introduction - Asynchronous Counters, Synchronous Counters 22:00 | |||
| Lecture 16A - Asynchronous Counters Part 1 - Divide by 2 Counter, Frequency Division 35:00 | |||
| Lecture 16B - Asynchronous Counters Part 2 - Mod-4 Asynchronous Counters, Transient States 40:00 | |||
| Annotated Notes - Lecture 15-16B - Counters, Asynchronous Counters Part 1,2 (100 pages) | |||
| Lecture 16C - Asynchronous Counters Part 3 - Binary Ripple Counters, Transient States, Maximum Frequency 133:00 | |||
| Lecture 16D - Asynchronous Counters Part 4 - Binary Up Ripple Counter, Mod-M Ripple Counter 68:00 | |||
| Lecture 16E - Asynchronous Counters Part 5 - Cascading Counters 6:00 | |||
| Lecture 16F - Asynchronous Counters Part 6 - Counting from Anywhere to Anywhere 12:00 | |||
| GATE ECE 1987 - Ripple Counter Question 6:00 | |||
| GATE ECE 1990 - Ripple Counter Question 3:00 | |||
| GATE ECE 1993 - Ripple Counter Question 3:00 | |||
| GATE ECE 1999 - Ripple Counter Question 4:00 | |||
| Annotated Notes - Lecture 16C-16F - Asynchronous Counters Part 3-6 (229 pages) | |||
| Lecture 17A - Synchronous Counters - The Analysis 54:00 | |||
| Lecture 17B - GATE CSE 1990 Synchronous Counter Question - Modulus of Counter 25:00 | |||
| GATE CSE 2021 - Synchronous Counter Question 13:00 | |||
| Lecture 17C - Synchronous Counters - Design 83:00 | |||
| Annotated Notes - Lecture 17 - Synchronous Counters (169 pages) | |||
| Lecture 18A - Ring Counter - Synchronous Counters 74:00 | |||
| Lecture 18B - Johnson Counter - Synchronous Counters 69:00 | |||
| Annotated Notes - Lecture 18 - Ring Counter, Johnson Counter (181 pages) | |||
| Students' Hand Written Notes | |||
| Handwritten Notes by Karan Agrawal (AIR 102 GATE CS 2024) - Digital Logic | |||
| Notes by Quantum City (AIR 107, GATE CS 2024, Shreyas Rathod) - Digital Logic Notes (56 pages) | |||
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