1 # Basic theory of circuit

sign convention of voltage, power, circuit elements, types of sources, source transformation, KCL and KVL , element connection for resistance, inductance, capacitance

2 # Numerical based on KCL and KVL and connecion of element

Numerical based on KCL and KVL and connecion of element

3 # Numerical based on MESH and NODAL analysis

Numerical based on MESH and NODAL analysis

4 # AC Steady state analysis

RMS and Average value of waveform, AC source across resistor, inductor, capacitor, Active and Reactive power measurement

5 # Phasor analysis, Resonance condition for RLC series and Parallel circuit

Phasor analysis, Resonance condition for RLC series and Parallel circuit

6 # Network theorems and numerial based on theorems

Network theorems and numerial based on theorems

7 # Transient Analysis with numerical

Transient Analysis with numerical

8 # Transient analysis using Lapalce transform with numerical

Transient analysis using Lapalce transform with numerical

9 # Two port network

Two port network

10 # Numerical on two port network and magnetic coupled circuit

Numerical on two port network and magnetic coupled circuit

1 # BASICS OF CONTROL, TRANSFER FUNCTION,BLOCK DIAGRAM

BASICS OF CONTROL, TRANSFER FUNCTION,BLOCK DIAGRAM

2 # BLOCK DIAGRAM, SIGNAL FLOW GRAPH

3 # TIME RESPONSE ANALYSIS(1st order and 2nd order)

TIME RESPONSE ANALYSIS(1st order and 2nd order)

4 # TIME RESPONSE ANALYSIS AND STEADY STATE ERROR

5 # STEADY STATE ERROR AND RH CRITERIA

STEADY STATE ERROR AND RH CRITERIA

6 # RELATIVE STABILITY AND ROOT LOCUS

Root Locus

7 # ROOT LOCUS

ROOT LOCUS

8 # FREQUENCY RESPONSE ANALYSIS, BODE PLOT

9 # BODE PLOT

BODE PLOT

10 # POLAR PLOT

POLAR PLOT

11 # NYQUIST PLOT

NYQUIST PLOT

12 # NYQUIST PLOT AND STATE VARIABLE

NYQUIST PLOT AND STATE VARIABLE

1 # Power supply

Analysis of rectifier-half wave rectifier and full wave rectifier

2 # Diode Application

Regulator, clipper, clamper

3 # BJT and its operation in Active mode, region of operation, early effect

BJT and its operation in Active mode, region of operation, early effect

4 # Instability in collector current, stability factor, various biasing circuit used in BJT

Instability in collector current, stability factor, various biasing circuit used in BJT

5 # Numerical based on biasing circuit and operating point, Biasing in IC circuit, Current mirror circuit, Numerical based on current mirror circuit, WIDLER current source, Thermal rum away

Numerical based on biasing circuit and operating point, Biasing in IC circuit, Current mirror circuit, Numerical based on current mirror circuit, WIDLER current source, Thermal rum away, BJT as a switch.

6 # BJT as Amplifier

small signal Analysis & Detail analysis of h-parameter Model

7 # Small Signal Analysis of Amplifier

Miller effect, Pie parameter model, T-parameter model

8 # Low and High Frequency Analysis of BJT

Low and High Frequency Analysis of BJT

9 # Multistage Amplifier

loading effect, Effect of cascading on cut-off frequencies, Darlington Amplifier, CASCODE Amplifier

10 # Feedback Amplifier

feedback, effect of feedback on bandwidth, type of feedback, effect of feedback on input and output resistance

11 # Differential Amplifier

analysis of differential amplifier, CMRR, Level shifter

12 # Operational amplifier

block diagram of operational amplifier, properties of operational amplifier, Transfer Characteristics of operational amplifiers, Virtual short circuit concept, Application of operational amplifier, inverting amplifier

13 # Numerical based on OPAMP (Part1)

Numerical based on OPAMP(Part1), voltage follower, Effect of input bias current, inverting summing amplifier, Adder/subtractor.

14 # Numerical based on OPAMP (Part2)

Numerical based on OPAMP(Part2), log amplifier, precision diode, precision half wave and full wave rectifier, Integrator, Differentiator, Various filter using OPAMP

15 # Non inverting amplifier with non-ideal OPAMP, Schmitt trigger, Multivibrator- Monostable and Astable Multivibrator

Non inverting amplifier with non-ideal OPAMP, Schmitt trigger, Multivibrator- Monostable and Astable Multivibrator

16 # JFET & MOSFET

JFET biasing, Mosfet biasing circuit, small signal analysis of JFET and MOSFET, Numerical based on JFET and MOSFET

17 # Low and High frequency analysis of JFET and MOSFET, CMOS inverter and numerical based on CMOS

Low and High frequency analysis of JFET and MOSFET, CMOS inverter and numerical based on CMOS

18 # Oscillator

Concept of oscillator, BARKHAUSEN criteria, types of oscillator(RC and LC oscillator)

1 # Boolean Algebra

This topic covers introduction about SOP & POS functions with minterms & maxterms. And overall methods to minimize any expressions.

2 # K-Map

Minimization through K-Map technique

3 # Practice questions on Minimization

Practice questions on Minimization

4 # Logic Gates - 1

Introduction about Logic Gates- NOT, AND, OR Gates

5 # Logic Gates - 2

NAND & NOR Gates

6 # Logic Gates-3

NOR, EX-OR & EX-NOR gate introduction with some practice questions

7 # Logic Gate-4 & Combinational Circuits-1

Logic Gate-4 & Combinational Circuits-1

8 # Combinational Circuits-2

Combinational Circuits-2

9 # Combinational Circuits-3

Combinational Circuits-3

10 # Combinational Circuits-4

Combinational Circuits-4

11 # Combinational Circuits 5

Combinational Circuits 5

12 # Decoder,Encoder & Sequential Circuit Basics

Decoder,Encoder & Sequential Circuit Basics

13 # Sequential Circuit - 2

Sequential Circuit - 2

14 # Flip-Flops

Introduction of Flip-Flops and practice questions

15 # Registers

SISO & SIPO

16 # PISO & PIPO REGISTERS and COUNTERS-1

17 # Synchronous Counter

18 # Number System-1

19 # NUMBER SYSTEM-2

1 # Introduction of microprocessor

2 # Registers of 8085 microprocessor

3 # Architecture of 8085 microprocessor

4 # Architecture and classification of Instruction of 8085 microprocessor

5 # Instruction set of 8085 microprocessor part 1

6 # Instruction set of 8085 microprocessor part 2

7 # Instruction set of 8085 microprocessor part 3

8 # Instruction set of 8085 microprocessor part 4

Instruction set of 8085 microprocessor part 4

9 # Instruction set of 8085 microprocessor part 5

1 # Video 1

video 1

2 # Video 2

video 2

3 # Video 3

video 3

4 # Video 4

video 4

5 # Video 5

video 5

6 # Video 6

video 6

7 # Video 7

video 7

8 # Video 8

video 8

9 # Video 9

video 9

10 # Video 10

video 10

11 # Video 11

video 11

1 # CLASSIFICATION OF SWITCHES, CHARACTERISTICS OF SWITCHES, POWER DIODE

CLASSIFICATION OF SWITCHES, CHARACTERISTICS OF SWITCHES, POWER DIODE

2 # Power Semiconductor Devices

SILICON CONTROLLED RECTIFIER(SCR), V-I CHARACTERISTICS & MODES OF SCR, TURN ON & TURN OFF CHARACTERISTICS OF SCR

3 # Power Semiconductor Devices

turn on method of SCR, types of gate pulse, firing circuit of SCR, thyristor gate characteristic, protection of thyristor

4 # Phase Controlled Rectifier

classification of rectifier, harmonics analysis of rectifier on AC & DC side, single phase half wave controlled rectifier with different loads

5 # Phase Controlled Rectifier

single phase full wave controlled rectifier with different loads, single phase semi converter

6 # Phase Controlled Rectifier

three phase half wave & full wave rectifier, effect of source inductance on rectifier

7 # Choppers

Buck Converter, Boost Converter

8 # Choppers

Types of chopper based on quadrant operation

9 # Chopper

TYPES OF CHOPPER BASED ON QUADRANT OPERATION

10 # Inverter

Classification of Inverter, single phase half bridge & full bridge inverter with different loads

11 # Inverter

Three phase voltage source inverter

12 # Inverter

Three phase voltage source inverter, output voltage control method, pulse width modulation techniques

1 # Torque In Instrument

Purpose and types of controlling toque

2 # Analog Instrument

PMMC instrument, extension range of ammeter and voltmeter

3 # Analog Instrument

Moving iron instrument, extension range of ammeter and voltmeter, electrostatic voltmeter, EMMC instrument, astatic arrangement

4 # Analog Instrument

rectifier type instrument(HWR,FWR),numerical based on it

5 # Analog Instrument

Hot Wire Type Instrument

6 # Measurement Of Resistance

Measurement of resistance by V-A, A-V method, Ohm meter, Substitution method, Wheatstone bridge method, Loss of charge method, Direct Deflection method

7 # Measurement Of Resistance

Potentiometer Method

8 # Measurement Of Resistance

Potentiometer Method

9 # Bridge

AC And DC Bridge, Quality Factor and Dissipation Factor for different combination of resistance inductance & capacitance

10 # AC Bridge

Measurement of Inductance by maxwell inductance bridge, maxwell inductance-capacitance bridge, hay's bridge, owen's bridge, anderson bridge, Measurement of Capacitance by de sauty bridge, modified de sauty bridge, schering bridge, Measurement of Frequency by Wien bridge

11 # AC Bridge

Schering Bridge Numerical

12 # Transducers

resistance temperature detector, thermistor

13 # Transducer

Strain Gauge

14 # Power Measurement

V-A method, A-V method, EDM type wattmeter method

15 # Power Measurement

Three Phase Real and Reactive Power Measurement

16 # Power Measurement

Three phase reactive power measurement by single wattmeter method

17 # Energy Measurement

Energy Meter

18 # Cathode Ray Oscilloscope

CRT of CRO, measurement of voltage, current, phase angle, frequency by CRO

19 # Digital Voltmeter

Digital Voltmeter and based Numerical

20 # Instrument Transformer

Current Transformer & Potential Transformer

21 # Error Analysis

Error analysis, types of error, derive generalised formula for error, numerical based on error

1 # Basic Maths

vectors & coordinate system

2 # Basic Maths & Electrostatics

Del operators and theorems And coulombs law & applications

3 # Electrostatics

Gauss law application, capacitor, boundary conditions, poisson and laplace equation

4 # Electrostatics & Magnetostatics

perfect conductor,image charge And bio savarts la and application

5 # Magnetostatics

Ampere’s law, terminology of magnetostatics, force in magnetic field, boundary conditions

6 # Maxwell equation

continuity equation, faraday’s law of EMI, Maxwell equations

1 # Linear Algebra -1

Basics of Matrix, Determinant of square matrix & it's properties

2 # Linear Algebra -1

Inverse of a square matrix, types of square matrix

3 # Linear Algebra -1

Rank of matrix, Vectors, system of simultaneous linear algebric equations

4 # Linear Algebra -1

Eigenvalues & Eigenvectors, Cayley-Hamilton theorem, Diagonalization of a square matrix, LU decomposition

5 # Differential Equations-1

order & degree of differential equation, formation & solution of first order differential equation

6 # Differential Equations-1

solution of higher order linear differential equations

7 # Differential Equations-1

Euler-Cauchy differential equation, Partial differential equations, Homogeneous functions, Total derivatives

8 # Calculus

Limit of a function

9 # Calculus

continuity and differentiability of a function

10 # Calculus

mean value theorem, optimum values of a function, Power series , Jacobian

11 # Calculus

Integration & It's applications, Beta & Gamma functions, Vectors, Vector integration

12 # Probability and Statistics-1

Permutation & Combination, Probability, Random variables

13 # Probability and Statistics-1

Statistics, Discrete probability distributions, Continuous probability distributions

14 # Complex Functions-1

Basics, analyticity and differentiability of a complex function, contour integration

15 # Complex Functions-1

Types of singularities, Applications of contour integrals to obtain integration of real functions

16 # Laplace Transform

Properties of Laplace transform, Initial and final value theorems, solution of differential equation using Laplace transform

1 # NUMBER SYSTEM Part 1

Unit digit, Number of zero

2 # NUMBER SYSTEM Part 2

Square & Square Roots

3 # NUMBER SYSTEM Part 3

Cube & Cube roots,Racilization ,Surd & Indics,Basic Aljebra

4 # Average Part 1

This video is about basics of Average.....

5 # Average Part 2

Average Part 2

6 # Average Part 3

Average Part 3

7 # RATIO & PROPATIONAL (ALLIGATION)

ALLIGATION

8 # PERCENTAGE Part 1

Basic details about percentage....

9 # PERCENTAGE Part 2

PERCENTAGE Part 2

10 # PERCENTAGE Part 3

PERCENTAGE Part 3

11 # PROFIT LOSS

Basics of PROFIT & LOSS

12 # SIMPLE INTEREST

Complete Details About Simple Interest with Numericals

13 # Compound Interest

Complete Details About Compound Interest with Numericals

14 # SPEED & DISTANCE

Basic Details about Speed, Distance and TIme and Numericals of TRAIN & BOAT....

1 # Power System basics and Power Factor correction

Types of power according to load and power factor improvement methods are described

2 # Transmission line Parameters

Calculation of Resistance, Inductance and Capacitance and GMD and GMR

3 # Modelling of short and medium transmission line

Derivation of ABCD parameters for short and medium transmission line

4 # Modelling of long transmission line and propagation constant

Derivation of ABCD Parameters for long transmission line and coefficients related to propagation of travelling waves

5 # Surge impedance, Equivalent T and Pie- model

Surge impedance, Ferranti effect, wavelength and equivalent T and Pie- model of long transmission line

6 # Performance of transmission line

Calculation of power at receiving end of transmission line

7 # Performance of transmission line and corona

calculation of power at sending end of transmission line and corona losses

8 # Underground cable transmission

Insulation resistance, Dielectric loss, capacitance, electrostatic stress and grading of cables are described

9 # Distribution System

Components of distribution system and classification of distribution system is described in detail with numerical

10 # Power Generation Concept

Hydro, Nuclear and thermal power plant discussion and formulas of different type of factor.

11 # Load flow analysis

Components of admittance matrix for the load flow solution using Guass –Seidal method.

12 # Guass- Seidal method

Load flow solution of PV and PQ bus using Guass-Seidal method and Slack bus calculation using static load flow equation

13 # Newton- Raphson Method

Load flow solution using Newton- Raphson method, Jacobian matrix and its elements.

14 # Symmetrical fault analysis

DC offset and symmetrical short circuit component calculation.

15 # Symmetrical fault calculation

Short Circuit capacity and fault calculation at rth bus of n-bus system

16 # Impedance matrix building Algorithm

Type-1, Type-2, Type-3 and Type-4 modification for Z-bus matrix.

17 # Symmetrical Components

Fortesque’s theorem and sequential network of transmission line and synchronous machine.

18 # Symmetrical Components

Sequential network of transformer and phase shift in transformer with some solved problems.

19 # Unsymmetrical Fault analysis

Analysis of single line to ground fault, line to line fault and double line to ground fault.

20 # Unsymmetrical Fault analysis

Solved problem for all types of unsymmetrical faults

21 # Power system stability

Swing equation, equal area criteria for shaft input increment and double circuit line operation

22 # Power system stability

Equal area criteria for subsequent clearing of fault and concept of Inertia constant and angular Momentum

23 # Power System stability

Solved problems for steady state stability limit, natural frequency of oscillation and frequency deviation due to time lag in governor system.

24 # Speed Governing System

Load frequency curve for alternator and solved problem for parallel operation of alternators and load sharing between them.

25 # Circuit Breaker

Circuit Breaker ratings, current chopping phenomena, Concept of TRV and RRRV due to the effect of stray capacitance, Splepain theory and Cassie theory to prevent arc restriking due to TRV.

26 # Circuit Breaker

Classification of circuit breaker according to high resistance Interruption and low resistance Interruption

27 # Power system Protection

Concept of Protecting Relays, over current relay and solved problem for PSM and TMS.

28 # Power system Protection

Induction type Relay, Directional Relay and types of distance relay i.e. Impedance Relay, Mho Relay, Reactance Relay.

29 # Generator Protection

Concept of differential relay, Merz price differential protection for generator, Interturn fault protection, Protection against loss of excitation, Protection against highly unbalanced condition

30 # Transformer Protection

Merz Price differential protection for transformer, Harmonic restraint relay, Buchholz Relay.

1 # Classification of signal

2 # Classification of signal

3 # Classification of signal

4 # Classification ofsignal

5 # Energy and Power signal

6 # Energy and Power signal

7 # Basic test signal

8 # Integration,Differentiation and Convolution

9 # Convolution

10 # Convolution

11 # Basic system Properties

12 # Basic system Properties

13 # LTI System

14 # LTI SYSTEM

15 # Fourier Series

16 # Fourier series

17 # Fourier series

18 # Fourier series and Fourier transform

19 # Fourier transform

20 # Fourier transform

21 # Fourier transform & LAPLACE

22 # LAPLACE

23 # LAPLACE

24 # Sampling

25 # Sampling

26 # Discrete time System

27 # Discrete time System

28 # Z Transform

29 # Z Transform

30 # DTFT

31 # DTFS & DFT

32 # DTFS & DFT

1 # Basics of circuits

2 # Classification of element

3 # Equivalent resistance

4 # Equivalent resistance

5 # Basic idea of inductor and capacitor

6 # Basics of kvl and kcl

7 # Basic concepts of network

8 # Basic concepts of network

9 # Basic concepts of network

10 # Basic concepts of network

11 # Basic concepts of network

12 # Basic concepts of network

13 # Basic concepts of network

14 # Basic concepts of network

15 # Basic concepts of network

16 # Network theorems

17 # Network theorems

18 # Network theorems

19 # Network theorems

20 # AC Circuit

21 # AC Circuit

22 # AC Circuit

23 # AC Circuit

24 # AC Circuit

25 # AC Circuit

26 # Resonance

27 # Resonance

1 # Linear Algebra

2 # Linear Algebra

3 # Linear Algebra

4 # Linear Algebra

5 # Linear Algebra

6 # Linear Algebra

7 # Linear Algebra & Probability

8 # Probability & Statistics

9 # Probability & Statistics

10 # Probability & Statistics

11 # Probability & Calculus

12 # Calculus

13 # Calculus

14 # Calculus

15 # Calculus

16 # Calculus

17 # Calculus

18 # Calculus

18 # Calculus

19 # Calculus

20 # Calculus

21 # Calculus & Differential Equations

22 # Differential Equations

23 # Differential Equations

24 # Differential Equations

25 # Laplace Transform & Fourier Series

26 # Numerical Methods

27 # Numerical Methods

28 # Correlation, regression and complex functions

29 # Complex functions