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CONCEPT OF MICORGRID

CONCEPT OF MICORGRID

DISTRIBUTED GENERATION

DISTRIBUTED GENERATION

Tech Boom Tech Live Stream

Tech Boom Tech Live Stream

DISTRIBUTED GENERATION AND SMART GRIDS -INTRODUCTION

DISTRIBUTED GENERATION AND SMART GRIDS -INTRODUCTION

POWER ELECTRONICS -INTRODUCTION

POWER ELECTRONICS -INTRODUCTION

BINARY WEIGHTED TYPE DAC

BINARY WEIGHTED TYPE DAC

JOHNSON COUNTER

JOHNSON COUNTER

RING COUNTER

RING COUNTER

MEALY MACHINE -DESIGN

MEALY MACHINE -DESIGN

MOORE AND MEALY MACHINE - STATE TRANSITION DIAGRAM-COMPARISON

MOORE AND MEALY MACHINE - STATE TRANSITION DIAGRAM-COMPARISON

MOORE AND MEALY MACHINE -COMPARISON

MOORE AND MEALY MACHINE -COMPARISON

MOORE AND MEALY MACHINE

MOORE AND MEALY MACHINE

DESIGN A SEQUENCE GENERATOR/COUNTER WITH LOCKOUT CONDITION

DESIGN A SEQUENCE GENERATOR/COUNTER WITH LOCKOUT CONDITION

Lock Out condition

Lock Out condition

LOCK OUT CONDITION, SELF STARTING SYNCHRONOUS COUNTERS

LOCK OUT CONDITION, SELF STARTING SYNCHRONOUS COUNTERS

A SEQUENCE GENERATOR TO GENERATE THE SEQUENCE 0,2,5,4,7,0,2,5,4,7,0,2... etc using J K flip flops

A SEQUENCE GENERATOR TO GENERATE THE SEQUENCE 0,2,5,4,7,0,2,5,4,7,0,2... etc using J K flip flops

MOD 12 SYNCHRONOUS COUNTER USING T FLIP FLOPS

MOD 12 SYNCHRONOUS COUNTER USING T FLIP FLOPS

MOD -5 SYNCHRONOUS COUNTER USING T FLIP FLOP

MOD -5 SYNCHRONOUS COUNTER USING T FLIP FLOP

3 BIT SYNCHRONOUS DOWN COUNTER USING D FLIP FLOPS

3 BIT SYNCHRONOUS DOWN COUNTER USING D FLIP FLOPS

SYNCHRONOUS UP DOWN COUNTER USING T FLIP FLOP

SYNCHRONOUS UP DOWN COUNTER USING T FLIP FLOP

SYNCHRONOUS UP COUNTER USING T FLIP FLOPS

SYNCHRONOUS UP COUNTER USING T FLIP FLOPS

SYNCHRONOUS UP DOWN COUNTER USING J K FLIP FLOP

SYNCHRONOUS UP DOWN COUNTER USING J K FLIP FLOP

3 BIT SYNCHRONOUS DOWN COUNTER USING J K FLIP FLOPS

3 BIT SYNCHRONOUS DOWN COUNTER USING J K FLIP FLOPS

3 BIT SYNCHRONOUS UP COUNTER USING J-K FLIP FLOPS

3 BIT SYNCHRONOUS UP COUNTER USING J-K FLIP FLOPS

C PROGRAMING-FUNCTIONS - CALL BY VALUE AND CALL BY REFERENCE

C PROGRAMING-FUNCTIONS - CALL BY VALUE AND CALL BY REFERENCE

C PROGRAMING - USER DEFINED FUNCTIONS-IMPLEMENTATION -PART 2

C PROGRAMING - USER DEFINED FUNCTIONS-IMPLEMENTATION -PART 2

C PROGRAMING -USER DEFINED FUNCTIONS-IMPLEMENTATION -PART 1

C PROGRAMING -USER DEFINED FUNCTIONS-IMPLEMENTATION -PART 1

C PROGRAMING - USER DEFINED FUNCTION -WORKING, FLOW OF CONTROL

C PROGRAMING - USER DEFINED FUNCTION -WORKING, FLOW OF CONTROL

C PROGRAMING -FUNCTIONS-TYPES

C PROGRAMING -FUNCTIONS-TYPES

C PROGRAMING -FUNCTIONS-INTRODUCTION

C PROGRAMING -FUNCTIONS-INTRODUCTION

DIGITAL ELECTRONICS-SYNCHRONOUS COUNTERS-DESIGN PROCEDURE

DIGITAL ELECTRONICS-SYNCHRONOUS COUNTERS-DESIGN PROCEDURE

STRINGS -PROGRAM TO COPY THE STRING WITHOUT USING strcpy() function.

STRINGS -PROGRAM TO COPY THE STRING WITHOUT USING strcpy() function.

STRINGS-PROGRAM TO FIND THE LENGTH OF A STRING WITHOUT USING strlen()

STRINGS-PROGRAM TO FIND THE LENGTH OF A STRING WITHOUT USING strlen()

STRING PROGRAM - TO CALCULATE FREQUENCY OF CHARACTERS IN A STRING

STRING PROGRAM - TO CALCULATE FREQUENCY OF CHARACTERS IN A STRING

C PROGRAMING - READ A CHARACTER INPUT FROM KEYBOARD AND DISPLAY IT

C PROGRAMING - READ A CHARACTER INPUT FROM KEYBOARD AND DISPLAY IT

C Programing-Strings- strcmp function

C Programing-Strings- strcmp function

C PROGRAMMING -strcat function

C PROGRAMMING -strcat function

C PROGRAMING -strcpy function -Part 2

C PROGRAMING -strcpy function -Part 2

C PROGRAMING -strcpy function-part 1

C PROGRAMING -strcpy function-part 1

C PROGRAMING-strlen Function PART2

C PROGRAMING-strlen Function PART2

C PROGRAMMING -strlen() FUNCTION-PART1

C PROGRAMMING -strlen() FUNCTION-PART1

DIGITAL ELECTRONICS -MOD 10 ASYNCHRONOUS COUNTER

DIGITAL ELECTRONICS -MOD 10 ASYNCHRONOUS COUNTER

DIGITAL ELECTRONICS -MOD-6 ASYNCHRONOUS COUNTER

DIGITAL ELECTRONICS -MOD-6 ASYNCHRONOUS COUNTER

DIGITAL ELECTRONICS -MODULUS OF A COUNTER

DIGITAL ELECTRONICS -MODULUS OF A COUNTER

DIGITAL ELECTRONICS - 3 BIT RIPPLE UP DOWN COUNTER

DIGITAL ELECTRONICS - 3 BIT RIPPLE UP DOWN COUNTER

DIGITAL ELECTRONICS -2 BIT ASYNCHRONOUS UP DOWN COUNTER

DIGITAL ELECTRONICS -2 BIT ASYNCHRONOUS UP DOWN COUNTER

DIGITAL ELECTRONICS - RIPPLE DOWN COUNTERS USING T FFS

DIGITAL ELECTRONICS - RIPPLE DOWN COUNTERS USING T FFS

DIGITAL ELECTRONICS 3 BIT RIPPLE DOWN COUNTER

DIGITAL ELECTRONICS 3 BIT RIPPLE DOWN COUNTER

DIGITAL ELECTRONICS 2 BIT RIPPLE DOWN COUNTER

DIGITAL ELECTRONICS 2 BIT RIPPLE DOWN COUNTER

DIGITAL ELECTRONICS -3 BIT UP COUNTER

DIGITAL ELECTRONICS -3 BIT UP COUNTER

DIGITAL ELECTRONICS -2 BIT RIPPLE UP COUNTER

DIGITAL ELECTRONICS -2 BIT RIPPLE UP COUNTER

DIGITAL ELECTRONICS-ASYNCHRONOUS COUNTERS/RIPPLE COUNTERS -INTRODUCTION

DIGITAL ELECTRONICS-ASYNCHRONOUS COUNTERS/RIPPLE COUNTERS -INTRODUCTION

DIGITAL ELECTRONICS SHIFT REGISTER PIPO

DIGITAL ELECTRONICS SHIFT REGISTER PIPO

DIGITAL ELECTRONICS SHIFT REGISTER PISO

DIGITAL ELECTRONICS SHIFT REGISTER PISO

DIGITAL ELECTRONICS -SHIFT REGISTERS-SIPO

DIGITAL ELECTRONICS -SHIFT REGISTERS-SIPO

C PROGRAMMING-STRINGS-PART 4

C PROGRAMMING-STRINGS-PART 4

C PROGRAMING STRINGS -PART 3

C PROGRAMING STRINGS -PART 3

C PROGRAMING-STRINGS-PART 2

C PROGRAMING-STRINGS-PART 2

C PROGRAMMING- STRINGS -PART 1

C PROGRAMMING- STRINGS -PART 1

POWER QUALITY IN SMART GRID 2

POWER QUALITY IN SMART GRID 2