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Part 0.1- Digital electronics switching theory syllabus marks distribution blue print gate net hindi

Part 0.3- Designing Steps for a Digital Circuit truth table Boolean function expression circuit

Part-0.4 #BooleanAlgebra #BooleanLaws #BooleanOperators in Hindi

Part-1.2 nor gate in hindi truth table logic gate 3 input

Part-1.4 Exor gate in hindi truth table logic gate 3 input logic nand boolean

Part-1.10 Properties of xor and xnor gates in hindi relationship between xor and xnor

Part-1.11 #XORandXNORLogicGates #QuestionsonXORandXNORGates #PreviousYearQuestionsonXORandXNOR

Part 2.1 - Sum of Product sop expression in hindi minterms truth table

Part 2.4 - Conversion from POS Product of Sum to Canonical Product of Sum form standard form

Part 2.7 - Number of Boolean functions over n variables

Part 2.8 - Complement of a function in hindi

Part 2.12 - Properties of duality Dual of a Boolean function Duality theorem principle of duality

Part 2.14 - Self dual function

Part - 3.2 How to design and Solve #KarnaughMap #KMap #SolveusingKmap in Digital Electronics

Part - 3.3 How to do mapping in #KMap #MappinginKMap #MappinginKarnaughMap

Part - 3.4 How to map and Solve #3VariableKMap #3VariableKarnaughMap #KMap in Hindi

Part - 3.6 #MinimalFunction #Don'tCareCondition #SolveusingKMap in Hindi

Part - 3.9 #Implicants #PrimeImplicants #EssentialPrimeImplicants in K Map in Hindi

Part - 3.13 #PracticeQuestionsonMinimalExpression #DonotCareCondition #KMap

Part - 3.14 #PreviousYearQuestiononKMap #PreviousyearNETQuestions #QuestionsonKmap

12 - Understanding Direct Operation on Functions Part-1

18 - AND-OR (NAND-NAND) Implementation

20 - Implementing every gate with NAND Gate

22 - Funtionally Complete Function

Combinational Circuit in Hindi |Block Diagram|Types of Combinational Circuit

Half adder in hindi block diagram expression implementation k map truth table Boolean expression

Full adder in hindi block diagram truth table implementation designing expression sum and carry

look ahead carry adder look ahead carry generator ripple adder carry propagation delay

Multiplexer in hindi digital electronics 4 to 1 block diagram truth table characteristic equation

12 - Multiplexer Expansion Part-1

16 - Implementing 1x4 DeMultiplexer

17 - Basics of Decoder

19 - Implementing 2x4 Decoder

Part 5.1 - Sequential Circuits in Hindi | Sequential Circuits Lecture | DIGITAL ELECTRONICS

Part 5.3 - S R Flip Flops in Hindi | DIGITAL ELECTRONICS |Sequential Circuits in Hindi

Part 5.4 - J K Flip Flops in Hindi | Sequential Circuit | DIGITAL ELECTRONICS

Part 5.7 - Clock triggering in hindi | positive edge negative edge positive level negative level

Part 5.9 - flip flop conversion in hindi | Sequential circuits | DIGITAL ELECTRONICS

Part 5.11 - Types of counters in Hindi | Difference between Synchronous and Asynchronous counters

Part 5.12 - Synchronous counter example using d flip flop in hindi flip flops | Digital electronics

Part 5.15 - Synchronous Counter designing using T flip flop in hindi | Sequential Circuits

Part 6.1 - Number system digital electronics switching theory hindi gate exam cse ugc csir net

Part 6.2 - How to convert from Any base any number system Conversion to decimal how to convert

Part 6.3 - Decimal to any base any number system conversion how to convert binary octal hexadecimal

Part 6.8 - Minimum number of bits required to represent a binary number in digital electronics

Part 6.10 - Addition and Subtraction of binary Quaternary Octal Hexadecimal any base how to do hindi

Part 6.11 - Multiplication and Division of binary Quaternary octal hexadecimal number in hindi how

Signed magnitude number representation of binary numbers in hindi addition and subtraction

1's complement representation of binary number signed one's complement how to read and write

2's complement representation of binary numbers in hindi two's complement read and write negative

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Description:

In this course, you will learn about Digital Electronics Switching Theory and Logic Design for GATE, NET and other competitive exams. You will learn about the designing steps for digital circuit, truth table, boolean algebra, logic gates, SOP and POS, boolean functions, Karnaugh Map, combinational circuit, multiplexer, decoder, sequential circuits, flip flops, counters, number system conversions, arithmetic, compliments, and much more.

Digital Electronics - Switching Theory and Logic Design for GATE, NET, University Exams, and Other Competitive Exams

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