Digital Circuit & System

It is swipe based design for electrical & electronics student to learn digital circuit & system .It almost cover all topics which are given below chapter wise

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 terms

Chapter 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 adders

9. 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

</div> <div jsname="WJz9Hc" style="display:none">Het is swipe based design voor de elektrische en elektronica-studenten te leren digitale circuit & systeem .Het bijna betrekking hebben op alle onderwerpen die verstandig hieronder hoofdstuk worden gegeven

Hoofdstuk 1. Aantal Systems

1. Numbering Systems & codes

2. Binaire rekenkundige

3. Boole algebra

4. Minimalisering van de schakelfunctie

5. Prime Implicants

6. Kaarten Karnaugh

7. Quine-McClusky methode

8. Gevallen met do termen niet schelen

Hoofdstuk 2. Logica Gates

1. Inleiding tot de logische poorten

2. Universal gate

3. Half adder

4. Volledige Adder

5. Half Aftrekker

6. Volledige Aftrekker

7. Serie & parallel naast

8. Binary Coded Decimal adders

9. Carry Lookahead Adders

Hoofdstuk 3. Lineaire golfvormende circuits

1. Lineaire golfvormende circuits

2. Bistabiele

3. Monostabiele & stabiele multivibrator

4. Schmitt trigger-circuits & Schmitt-Nand poorten

5. Logic gezinnen

6. Gated flip-flops en gated multivibrator

7. Interfacing tussen TTL aan MOS

Hoofdstuk 4. encoders, decoders

1. Decoder

2. Encoder

3. Multiplexer

4. Demultiplexer

5. Halfgeleidergeheugen

6. Inleiding tot Registers Shift

7. Tellers

8. Synchrone en asynchrone tellers

Hoofdstuk 5. Analoog, digitaal converters

1. Digitaal-analoog omzetter

2. Analoog naar Digitaal converters

3. sample & hold schakelingen

4. V-F omzetter</div> <div class="show-more-end">