Digital Circuit & System
Notes of digital circuit & system for electrical & electronics engineering .It almost cover all topics which are given below chapter wiseChapter 1. Number Systems 1. Numbering Systems & codes 2. Binary arithmetic 3. Boolean algebra 4. Minimization of switching function 5. Prime Implicants 6. Karnaugh Maps 7. Quine-McClusky method 8. Cases with don't care termsChapter 2. Logic Gates 1. Introduction to logic gates 2. Universal gate 3. Half adder 4. Full Adder 5. Half Subtractor 6. Full Subtractor 7. Series & parallel addition 8. Binary Coded Decimal adders9. Carry Lookahead AddersChapter 3. Linear wave shaping circuits 1. Linear wave shaping circuits 2. Bistable 3. Monostable & Astable multivibrator 4. Schmitt trigger circuits & Schmitt-Nand gates 5. Logic families 6. Gated flip-flops and gated multivibrator 7. Interfacing between TTL to MOS Chapter 4. Encoders, Decoders 1. Decoder 2. Encoder 3. Multiplexer 4. Demultiplexer 5. Semiconductor memory 6. Introduction to Shift Registers 7. Counters 8. Synchronous & asynchronous counters Chapter 5. Analog, Digital converters1. Digital to analog converter 2. Analog to Digital converters 3. sample & hold circuits 4. V-F converter
Chapter 1. Number Systems
1. Numbering Systems & codes 2. Binary arithmetic 3. Boolean algebra 4. Minimization of switching function 5. Prime Implicants 6. Karnaugh Maps 7. Quine-McClusky method 8. Cases with don't care termsChapter 2. Logic Gates
1. Introduction to logic gates 2. Universal gate 3. Half adder 4. Full Adder 5. Half Subtractor 6. Full Subtractor 7. Series & parallel addition 8. Binary Coded Decimal adders9. Carry Lookahead Adders
Chapter 3. Linear wave shaping circuits
1. Linear wave shaping circuits 2. Bistable 3. Monostable & Astable multivibrator 4. Schmitt trigger circuits & Schmitt-Nand gates 5. Logic families 6. Gated flip-flops and gated multivibrator 7. Interfacing between TTL to MOS
Chapter 4. Encoders, Decoders
1. Decoder 2. Encoder 3. Multiplexer 4. Demultiplexer 5. Semiconductor memory 6. Introduction to Shift Registers 7. Counters 8. Synchronous & asynchronous counters
Chapter 5. Analog, Digital converters
1. Digital to analog converter 2. Analog to Digital converters 3. sample & hold circuits 4. V-F converter
Read Play Quiz Solve Simplify Simulate
Chapter 1. Number Systems
1. Numbering Systems & codes 2. Binary arithmetic 3. Boolean algebra 4. Minimization of switching function 5. Prime Implicants 6. Karnaugh Maps 7. Quine-McClusky method 8. Cases with don't care termsChapter 2. Logic Gates
1. Introduction to logic gates 2. Universal gate 3. Half adder 4. Full Adder 5. Half Subtractor 6. Full Subtractor 7. Series & parallel addition 8. Binary Coded Decimal adders9. Carry Lookahead Adders
Chapter 3. Linear wave shaping circuits
1. Linear wave shaping circuits 2. Bistable 3. Monostable & Astable multivibrator 4. Schmitt trigger circuits & Schmitt-Nand gates 5. Logic families 6. Gated flip-flops and gated multivibrator 7. Interfacing between TTL to MOS
Chapter 4. Encoders, Decoders
1. Decoder 2. Encoder 3. Multiplexer 4. Demultiplexer 5. Semiconductor memory 6. Introduction to Shift Registers 7. Counters 8. Synchronous & asynchronous counters
Chapter 5. Analog, Digital converters
1. Digital to analog converter 2. Analog to Digital converters 3. sample & hold circuits 4. V-F converter
Read Play Quiz Solve Simplify Simulate
Category : Education
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