Канал: electrical engineering

GATE EE MATHS PREVIOUS YEAR SOLVED

GATE EE MATHS PREVIOUS YEAR SOLVED

eee gate MATHS solved previous year question paper -part2

eee gate MATHS solved previous year question paper -part2

GATE eee MATHS previous year questions solved

GATE eee MATHS previous year questions solved

Gate problems :general aptitude solved previous year question paper with explanation part 1.

Gate problems :general aptitude solved previous year question paper with explanation part 1.

BASIC ELECTRICAL ENGINEERING ONE VIDEO COURSE FOR GATE, LET, SSC, PSC..

BASIC ELECTRICAL ENGINEERING ONE VIDEO COURSE FOR GATE, LET, SSC, PSC..

RMS AND AVERAGE VALUE OF A WAVEFORM

RMS AND AVERAGE VALUE OF A WAVEFORM

A C CURRENT ANIMATION : generation of alternating current

A C CURRENT ANIMATION : generation of alternating current

electromagnetic induction: faradays law, thumb rules, self and mutual induction

electromagnetic induction: faradays law, thumb rules, self and mutual induction

Leakage flux and magnetic hysteresis LOOP.

Leakage flux and magnetic hysteresis LOOP.

Current carrying conductor in magnetic field,motor rule, FLEMING'S LEFT HAND RULE

Current carrying conductor in magnetic field,motor rule, FLEMING'S LEFT HAND RULE

electric circuit VS magnetic circuit.

electric circuit VS magnetic circuit.

RELUCTANCE AND PERMEANCE.

RELUCTANCE AND PERMEANCE.

PERMEABILITY and RELATIVE PERMEABILITY.

PERMEABILITY and RELATIVE PERMEABILITY.

M M F AND MAGNETIC FIELD INTENSITY.

M M F AND MAGNETIC FIELD INTENSITY.

MAGNETIC FLUX and FLUX DENSITY.

MAGNETIC FLUX and FLUX DENSITY.

MAGNETIC FIELD IN BAR MAGNET AND CURRENT CARRYING CONDUCTOR.

MAGNETIC FIELD IN BAR MAGNET AND CURRENT CARRYING CONDUCTOR.

STAR DELTA TRANSFORMATION

STAR DELTA TRANSFORMATION

HOW TO DO A KVL PROBLEM

HOW TO DO A KVL PROBLEM

KCL AND KVL , SIGN OF VOLTAGE DROP

KCL AND KVL , SIGN OF VOLTAGE DROP

COMPONENTS OF AN ELECTRICAL CIRCUIT-NODE,MESH, BRANCH,LOOP

COMPONENTS OF AN ELECTRICAL CIRCUIT-NODE,MESH, BRANCH,LOOP

SOURCE TRANSFORMATION

SOURCE TRANSFORMATION

TEMPERATURE COEFFICIENT OF RESISTANCE.

TEMPERATURE COEFFICIENT OF RESISTANCE.

OPEN CIRCUIT VOLTAGE AND SHORT CIRCUIT CURRENT.

OPEN CIRCUIT VOLTAGE AND SHORT CIRCUIT CURRENT.

IDEAL AND REAL VOLTAGE AND CURRENT SOURCES.

IDEAL AND REAL VOLTAGE AND CURRENT SOURCES.

VOLTAGE AND CURRENT DIVISION RULES.

VOLTAGE AND CURRENT DIVISION RULES.

RESISTANCE IN SERIES AND PARALLEL.

RESISTANCE IN SERIES AND PARALLEL.

POWER AND ENERGY

POWER AND ENERGY

OHMS LAW AND RESISTANCE

OHMS LAW AND RESISTANCE

ACTIVE, PASSIVE, BILATERAL ELEMENTS

ACTIVE, PASSIVE, BILATERAL ELEMENTS

WHAT IS POTENTIAL DIFFERECE?

WHAT IS POTENTIAL DIFFERECE?

CURRENT AND VOLTAGE ANIMATION VIDEO

CURRENT AND VOLTAGE ANIMATION VIDEO

FUSE ANIMATION. SWITCH GEAR AND PROTECTION PART 5.

FUSE ANIMATION. SWITCH GEAR AND PROTECTION PART 5.

ISOLATOR ANIMATION. SWITCH GEAR AND PROTECTION PART 4.

ISOLATOR ANIMATION. SWITCH GEAR AND PROTECTION PART 4.

CONTACTORS. SWITCH GEAR AND PROTECTION PART 3.

CONTACTORS. SWITCH GEAR AND PROTECTION PART 3.

SWITCH GEAR AND PROTECTION PART 2. CONTENTS ARE CONTROL GEAR. PROTECTIVE GEAR. SWITCH GEAR.

SWITCH GEAR AND PROTECTION PART 2. CONTENTS ARE CONTROL GEAR. PROTECTIVE GEAR. SWITCH GEAR.

SWITCH GEAR AND PROTECTION PART 1. what is switch gear.?classification of switch gear.

SWITCH GEAR AND PROTECTION PART 1. what is switch gear.?classification of switch gear.

TRANSFORMER DESIGN PART 8. SHELL TYPE TRANSFORMER.

TRANSFORMER DESIGN PART 8. SHELL TYPE TRANSFORMER.

TRANSFORMER DESIGN PART 11. DESIGN OF SMALL TRANSFORMER.

TRANSFORMER DESIGN PART 11. DESIGN OF SMALL TRANSFORMER.

TRANSFORMER DESIGN PART 10. DESIGN OF TANK.

TRANSFORMER DESIGN PART 10. DESIGN OF TANK.

TRANSFORMER DESIGN PART 9. TEMPERATURE RISE AND DESIGN OF COOLING TUBES.

TRANSFORMER DESIGN PART 9. TEMPERATURE RISE AND DESIGN OF COOLING TUBES.

TRANSFORMER DESIGN PART 7. DESIGN OF WINDING.

TRANSFORMER DESIGN PART 7. DESIGN OF WINDING.

TRANSFORMER DESIGN PART 6.Single phase and Three phase window dimensions.

TRANSFORMER DESIGN PART 6.Single phase and Three phase window dimensions.

TRANSFORMER DESIGN PART 5. Design of core

TRANSFORMER DESIGN PART 5. Design of core

TRANSFORMER DESIGN PART 4 POWER OF A THREE PHASE TRANSFORMER.

TRANSFORMER DESIGN PART 4 POWER OF A THREE PHASE TRANSFORMER.

TRANSFORMER DESIGN PART 3. THREE PHASE CORE TYPE TRANSFORMER

TRANSFORMER DESIGN PART 3. THREE PHASE CORE TYPE TRANSFORMER

TRANSFORMER DESIGN PART 2. POWER OF SINGLE PHASE TRANSFORMER.

TRANSFORMER DESIGN PART 2. POWER OF SINGLE PHASE TRANSFORMER.

transformer design part 1 SINGLE PHASE CORE TYPE TRANSFORMER.

transformer design part 1 SINGLE PHASE CORE TYPE TRANSFORMER.

DC machine design PART 11. SHUNT FIELD DESIGN PROBLEMS

DC machine design PART 11. SHUNT FIELD DESIGN PROBLEMS

dc machine design part 10 SHUNT FIELD DESIGN.

dc machine design part 10 SHUNT FIELD DESIGN.

dc machine design part 9 PROBLEMS ON SELECTION OF NUMBER OF POLES.

dc machine design part 9 PROBLEMS ON SELECTION OF NUMBER OF POLES.

DC MACHINE DESIGN PART 8 DESIGN OF NUMBER OF SLOTS.

DC MACHINE DESIGN PART 8 DESIGN OF NUMBER OF SLOTS.

dc machine design part 7 PROBLEM ON CHOICE OF POLES

dc machine design part 7 PROBLEM ON CHOICE OF POLES

LOSSES OF DC MACHINE

LOSSES OF DC MACHINE

dc machine design part 6 CHOICE OF NUMBER OF POLES

dc machine design part 6 CHOICE OF NUMBER OF POLES

dc machine design part 5 CHOICE OF DESIGN PARAMETERS

dc machine design part 5 CHOICE OF DESIGN PARAMETERS

dc machine design part 4 PROBLEMS ON OUTPUT POWER EQUATION

dc machine design part 4 PROBLEMS ON OUTPUT POWER EQUATION

DC MACHINE DESIGN( PART 3 ) PROBLEMS ON SPECIFIC ELECTRIC AND SPECIFIC MAGNETIC LOADING

DC MACHINE DESIGN( PART 3 ) PROBLEMS ON SPECIFIC ELECTRIC AND SPECIFIC MAGNETIC LOADING

DC MACHINE DESIGN (PART2) Maximum air gap flux density Output equation of dc machine

DC MACHINE DESIGN (PART2) Maximum air gap flux density Output equation of dc machine

DC MACHINE DESIGN (PART 1)

DC MACHINE DESIGN (PART 1)

Electrical engineering VS Electronic engineering

Electrical engineering VS Electronic engineering

HYDRAULIC VS MECHANICAL BRAKE ,MECHANICAL IQ SERIES

HYDRAULIC VS MECHANICAL BRAKE ,MECHANICAL IQ SERIES

Why generator and transformer rated in kVA but motor in kW? EEE INTERVIEW QUESTION SERIES

Why generator and transformer rated in kVA but motor in kW? EEE INTERVIEW QUESTION SERIES

Can we store ac power? EEE INTERVIEW QUESTION SERIES

Can we store ac power? EEE INTERVIEW QUESTION SERIES

what is an electric drive? EEE INTERVIEW QUESTION SERIES

what is an electric drive? EEE INTERVIEW QUESTION SERIES