CS302 Highlighted Handouts by VU Topper RM

Table of Contents

Lesson No. 01

Programmable Logic Devices (PLDs) Fractions in Binary Number System Binary Number System Caveman number system Decimal Number System Number Systems and Codes Analogue to Digital and Digital to Analogue conversion and Interfacing Sequential logic and implementation Combinational Logic Circuits and Functional Devices Binary Number System Digital Systems and Digital Values Electronic Processing of Continuous and Digital Quantities

Lesson No. 02

Number Systems Binary to Decimal conversion Decimal to Binary conversion Converting Decimal fractions to Binary Binary Arithmetic Signed and Unsigned Binary Numbers 1’s & 2’s complement

Lesson No. 03

Floating-Point Numbers Hexadecimal Numbers

Lesson No. 04

Octal Numbers The Excess Code The BCD Code The Gray Code Alphanumeric Codes ASCII Code Extended ASCII Code Parity Method

Lesson No. 05

Logic Gates AND Gate OR Gate NOT Gate NAND Gate NOR Gate

Lesson No. 06

Logic Gates & Operational Characteristics Exclusive-OR and Exclusive-NOR Gates Digital Circuits and Operational Characteristics TTL/CMOS NOT Gate Operation Integrated Circuit Technologies

Lesson No. 07

Digital Circuits & Operational Characteristics

Lesson No. 08

Boolean Algebra & Logic Simplification Laws of Boolean Algebra Rules of Boolean Algebra Demorgan’s Theorems Simplification using Boolean Algebra Standard Form of Boolean Expressions

Lesson No. 09

Standard SOP form Standard POS form Converting to Standard SOP and POS forms Minterms and Maxterms

Lesson No. 10

Karnaugh Map & Boolean Expression Simplification The 3-variable Karnaugh Map The 4-variable Karnaugh Map Grouping and Adjacent Cells Simplification of SOP expressions using the Karnaugh Map Don’t care Conditions

Lesson No. 11

Five-Variable Karnaugh Map 7-Segment Display

Lesson No. 12

Quine-McCluskey Simplification Method Comparator Circuit

Lesson No. 13

Odd-Prime Number Detector

Lesson No. 14

Operation of Odd-Parity Generator Circuit XOR and XNOR Gates Half Adder and Full Adder Parallel Binary Adders Carry Propagation

Lesson No. 15

BCD ADDER Arithmetic and Logic Unit (ALU)

Lesson No. 16

16-BIT ALU

Decoders Binary Decoder MSI Decoder

Lesson No. 17

THE 74XX138 3-TO-8 DECODER BCD to 7-Segment Decoder MSI Seven-Segment Decoder BCD-to-Decimal Decoder Encoder Binary Encoder Priority Encoders Decimal-to-BCD Encoder Multiplexer

Lesson No. 18

Applications of Multiplexers

Lesson No. 19

Demultiplexer Applications of Demultiplexer Programmable Logic Devices Programmable Arrays of AND Gates and OR Gates Programmable Read-Only Memory (PROM) Programmable Logic Array (PLA) Programmable Array Logic (PAL) Generic Array Logic (GAL)

Lesson No. 20

The GAL22V10 OLMC Combinational Mode