Study Physics & Electronics By Priyamvada mam

INTRODUCTION-DIGITAL ELECTRONICS

SEQUENTIAL CIRCUITS, CLOCK PULSE and TRIGGERING

DEMULTIPLEXER WORKING and CIRCUIT DESIGNING

JK FLIP-FLOP USING NAND GATE ; TRUTH TABLE, CHARACTERISTIC TABLE AND EXCITATION TABLE

ENCODERS ( OCTAL TO BINARY ENCODER & DECIMAL TO BCD ENCODER)

Conversion from decimal to other number systems

HALF SUBTRACTOR

INTRODUCTION TO LATCHES and FLIP-FLOPS

SR FLIP-FLOP USING NAND GATE, TRUTH TABLE ,CHARACTERISTIC TABLE AND EXCITATION TABLE

8:1 MUX and 16:1 MUX using 4:1 MUX

DESIGNING OF FULL ADDER USING 4:1 MULTIPLEXER

MULTIPLEXER TREE (4:1 and 8:1 MUX using 2:1 MUX)

IMPORTANT QUESTIONS ON PARITY GENERATOR

FULL ADDER DESIGNING USING DECODER AND DESIGNING EXPANDED DECODERS

Don't care condition in SOP and POS K-Map

INTRODUCTION-DIGITAL ELECTRONICS

SR LATCH using NAND GATE

IMPLEMENTATION OF BOOLEAN FUNCTIONS USING MULTIPLEXER

MULTIPLEXER

PRIME, ESSENTIAL, SELECTIVE and REDUNDANT IMPLICANTS

DECODER CONCEPT AND CIRCUIT DESIGNING

COMBINATIONAL and SEQUENTIAL CIRCUITS (HALF ADDER)

FULL SUBTRACTOR

FULL ADDER