Канал: Chiranjeev Rao

K-Map (Four Variables)

K-Map (Four Variables)

Asynchronous Sequential Circuits-Mealy Machine & State Reduction

Asynchronous Sequential Circuits-Mealy Machine & State Reduction

Designing Sequential circuit using Mealy State Machine

Designing Sequential circuit using Mealy State Machine

Programmable Logic Device , Programmable Logic Array

Programmable Logic Device , Programmable Logic Array

Programmable Array Logic-Implementation of combinational logic circuit(PAL)

Programmable Array Logic-Implementation of combinational logic circuit(PAL)

K Map with Don't Care Condition

K Map with Don't Care Condition

BCD Adder & Serial Adder

BCD Adder & Serial Adder

MEMORY, READ-ONLY MEMORY-Combinational Circuit Implementation

MEMORY, READ-ONLY MEMORY-Combinational Circuit Implementation

ECL-Emitter Coupled Logic

ECL-Emitter Coupled Logic

TTL-TRANSISTOR TRANSISTOR LOGIC

TTL-TRANSISTOR TRANSISTOR LOGIC

COMS-Logic Family

COMS-Logic Family

Programmable Array Logic-Implementation of combinational logic circuit(PAL)

Programmable Array Logic-Implementation of combinational logic circuit(PAL)

RTL-Resistor Transistor Logic

RTL-Resistor Transistor Logic

Implementation of combinational logic circuit using ROM & PLA

Implementation of combinational logic circuit using ROM & PLA

Hazards, Static Hazard, Essential Hazards, Design of Hazard free circuits

Hazards, Static Hazard, Essential Hazards, Design of Hazard free circuits

Asynchronous Sequential Circuits-Race free State Assignment

Asynchronous Sequential Circuits-Race free State Assignment

Reduction of State and Flow Table

Reduction of State and Flow Table

Asynchronous Sequential Circuits-Flow Table, Race Condition

Asynchronous Sequential Circuits-Flow Table, Race Condition

Synchronous Sequential Circuits- Mealy State Machine & State Reduction

Synchronous Sequential Circuits- Mealy State Machine & State Reduction

Asynchronous Sequential Circuits- Introduction & Analysis Procedure(Transition Table)

Asynchronous Sequential Circuits- Introduction & Analysis Procedure(Transition Table)

Asynchronous Sequential Circuits-Designing Sequential circuit using Mealy State model

Asynchronous Sequential Circuits-Designing Sequential circuit using Mealy State model

Synchronous Sequential Circuits-Moore & Mealy State Machine

Synchronous Sequential Circuits-Moore & Mealy State Machine

Bi-directional & Universal Shift Register

Bi-directional & Universal Shift Register

PIPO& PISO SHIFT REGISTER

PIPO& PISO SHIFT REGISTER

SISO & SIPO Shift Register

SISO & SIPO Shift Register

Johnson Ring Counter

Johnson Ring Counter

Ring Counter/Shift Register Counter

Ring Counter/Shift Register Counter

Asynchronous(Ripple) Counter

Asynchronous(Ripple) Counter

Master Slave JK Flip Flop, SR to JK Flip Flop Conversion

Master Slave JK Flip Flop, SR to JK Flip Flop Conversion

Clock Pulse, Triggering Methods, Race Around Condition

Clock Pulse, Triggering Methods, Race Around Condition

Sequential Circuits-T Flip Flop & D Flip Flop

Sequential Circuits-T Flip Flop & D Flip Flop

J-K Flip Flop

J-K Flip Flop

S-R Flip Flop

S-R Flip Flop

Multiplexer

Multiplexer

Logic Gates, Boolean Laws, Gray Code, Hamming Code, K- Map

Logic Gates, Boolean Laws, Gray Code, Hamming Code, K- Map

Half & Full Subtractor

Half & Full Subtractor

Half & Full Adder

Half & Full Adder

Sequential Circuits-SR Latch

Sequential Circuits-SR Latch

2-Bit Magnitude Comparator

2-Bit Magnitude Comparator

Binary to Gray Code Converter, BCD to Excess-3 Code Converter, BCD to Gray Code Converter

Binary to Gray Code Converter, BCD to Excess-3 Code Converter, BCD to Gray Code Converter

Priority Encoder & Magnitude Comparator

Priority Encoder & Magnitude Comparator

Decoder & Encoder

Decoder & Encoder

Women Empowerment- Nourish women by empowering them

Women Empowerment- Nourish women by empowering them

DEMULTIPLEXER

DEMULTIPLEXER

Implementation of Multiplexer as Full Adder

Implementation of Multiplexer as Full Adder

Day-4 ,3rd Session-Stress Management on Art of Living Trainer

Day-4 ,3rd Session-Stress Management on Art of Living Trainer

Day-2, 1st & 2nd Session-Potential IoT applications like Smart health, Smart home, etc.

Day-2, 1st & 2nd Session-Potential IoT applications like Smart health, Smart home, etc.

Stress Management- More Blessed Less Stressed

Stress Management- More Blessed Less Stressed

Day-2 ,3rd Session-Introduction & Latest trends to IoT online simulations (Tinkercad Platform)

Day-2 ,3rd Session-Introduction & Latest trends to IoT online simulations (Tinkercad Platform)

Day-1, 3rd Session-IoT Protocols

Day-1, 3rd Session-IoT Protocols

ATAL FDP on “Application of Internet of Things (IoT) in Environment, Medical Science and Human Life”

ATAL FDP on “Application of Internet of Things (IoT) in Environment, Medical Science and Human Life”

Boolean Algebra Laws & NAND Gate as Universal Gates

Boolean Algebra Laws & NAND Gate as Universal Gates

Hamming Code & Logic gates

Hamming Code & Logic gates

NAND & NOR Gates as Universal Gates and Sum of Products

NAND & NOR Gates as Universal Gates and Sum of Products

Error Detection & Correction, Hamming Code

Error Detection & Correction, Hamming Code

Karnaugh Map(K-Map)

Karnaugh Map(K-Map)

Quine-McCluskey Minimization Technique(Tabular Method)

Quine-McCluskey Minimization Technique(Tabular Method)

Quine McCluskey Method-5 Variables

Quine McCluskey Method-5 Variables

Product of Sum

Product of Sum

Virtual Alumni Orate-Guidance for future Professional

Virtual Alumni Orate-Guidance for future Professional

Webinar on Design Thinking and Applications-II

Webinar on Design Thinking and Applications-II

Webinar on Design Thinking and Applications

Webinar on Design Thinking and Applications

Poynting Vector & Poynting Theorem

Poynting Vector & Poynting Theorem

Flux linkage equation of Induction Motor using dq variables

Flux linkage equation of Induction Motor using dq variables

Modeling of 3-Phase Induction Motor using dq transformation

Modeling of 3-Phase Induction Motor using dq transformation

Steady State & Transient Power Angle Characteristic of Synchronous Machine

Steady State & Transient Power Angle Characteristic of Synchronous Machine

Numerical-Maxwell's Equation, Transformer & Motional emf

Numerical-Maxwell's Equation, Transformer & Motional emf

Displacement Current

Displacement Current

Transient Analysis of Synchronous Machine using dq variables

Transient Analysis of Synchronous Machine using dq variables

Time Varying Fields-Faraday's Law, Transformer & Motional EMF

Time Varying Fields-Faraday's Law, Transformer & Motional EMF

Magnetic Boundary Condition

Magnetic Boundary Condition

Synchronous Machine - Park's Transformation

Synchronous Machine - Park's Transformation

Synchronous Machine - Stator Voltage Equations in dq variables

Synchronous Machine - Stator Voltage Equations in dq variables

Magnetic Torque-Numerical

Magnetic Torque-Numerical

Synchronous Machine- Armature Mutual Inductances

Synchronous Machine- Armature Mutual Inductances

Magnetic Torque

Magnetic Torque

Force between two current carrying conductors

Force between two current carrying conductors

Magnetic force

Magnetic force

Synchronous Machine- Self & Mutual Inductances

Synchronous Machine- Self & Mutual Inductances

Scalar & Vector Magnetic Potentials-2

Scalar & Vector Magnetic Potentials-2

Scalar & Vector Magnetic Potentials

Scalar & Vector Magnetic Potentials

Single Phasing

Single Phasing

Stoke's Theorem

Stoke's Theorem

Curl-Numerical

Curl-Numerical

Induction Motor- Operation on Unbalanced Supply Voltage

Induction Motor- Operation on Unbalanced Supply Voltage

Curl

Curl

Ampere's Circuital Law

Ampere's Circuital Law

Permanent Magnet Synchronous Motor

Permanent Magnet Synchronous Motor

Biot - Savart Law-Numerical

Biot - Savart Law-Numerical

Permanent Magnet & Hybrid Stepper Motor

Permanent Magnet & Hybrid Stepper Motor

Variable Reluctance Stepper Motor

Variable Reluctance Stepper Motor

Numerical-Conductors,Dielectric Materials

Numerical-Conductors,Dielectric Materials

Dielectric Materials

Dielectric Materials

Stepper Motor

Stepper Motor

$Boundary condition- Law of Refraction$

Boundary condition- Law of Refraction

Switched Reluctance Motor-Modes of Operations

Switched Reluctance Motor-Modes of Operations

Switched Reluctance Motor

Switched Reluctance Motor

Boundary Conditions for perfect Dielectric materials

Boundary Conditions for perfect Dielectric materials

Linear Induction Motor

Linear Induction Motor

Conductor Properties & Boundary Conditions

Conductor Properties & Boundary Conditions

Current Density & Continuity Equation

Current Density & Continuity Equation

Electric Dipole

Electric Dipole

Method of Image

Method of Image

Poisson's & Laplace Equation

Poisson's & Laplace Equation

Poisson's & Laplace Equation- Numerical

Poisson's & Laplace Equation- Numerical

Numerical on Servomotor

Numerical on Servomotor

Universal Motor & Methods of Improving Commutation in AC Series Motor

Universal Motor & Methods of Improving Commutation in AC Series Motor

Brushless DC Motor

Brushless DC Motor

Electric Field intensity due to Surface Charge Density

Electric Field intensity due to Surface Charge Density

Numerical-Electric Potential & Work Done in moving a point charge

Numerical-Electric Potential & Work Done in moving a point charge

Energy Density in Electrostatic Field

Energy Density in Electrostatic Field

Application of Gauss's Law

Application of Gauss's Law

AC Commutator Machine-EMF Induced by Rotating field

AC Commutator Machine-EMF Induced by Rotating field

Electric Potential Due To Line Charge Density

Electric Potential Due To Line Charge Density

AC Series Motor Characteristics

AC Series Motor Characteristics

Potential Gradient

Potential Gradient

Compensating Windings & Interpoles in AC Series Motor

Compensating Windings & Interpoles in AC Series Motor

Numerical- Potential Difference Due to Various Charge Distribution

Numerical- Potential Difference Due to Various Charge Distribution

Commutation in AC Series Machine

Commutation in AC Series Machine

Gauss Law-Numerical

Gauss Law-Numerical

Phasor Diagram of AC Series Motor

Phasor Diagram of AC Series Motor

Gauss's Law

Gauss's Law

Two Phase AC Servomotor

Two Phase AC Servomotor

AC Series Motor

AC Series Motor

Divergence & Maxwell's First Equation

Divergence & Maxwell's First Equation

Torque Developed in AC Commutator Machine

Torque Developed in AC Commutator Machine

Numerical on Electric field intensity due to various charge distribution

Numerical on Electric field intensity due to various charge distribution

Electrical Field Intensity

Electrical Field Intensity

Electric Flux Density

Electric Flux Density

AC Commutator Machine-EMF Induced by Pulsating field

AC Commutator Machine-EMF Induced by Pulsating field

AC Tachometer

AC Tachometer

Numerical-Electric Field Intensity due to Line charge density

Numerical-Electric Field Intensity due to Line charge density

Unbalanced Operation of Symmetrical Two-Phase Machine

Unbalanced Operation of Symmetrical Two-Phase Machine

Electric Field Intensity due to Line charge density

Electric Field Intensity due to Line charge density

Capacitor Start and Run Induction Motor

Capacitor Start and Run Induction Motor

Spherical Co-ordinate System

Spherical Co-ordinate System

Capacitor Split Phase Induction Motor

Capacitor Split Phase Induction Motor

Resistor Split Phase Induction Motor

Resistor Split Phase Induction Motor

Transformation of Cylindrical Co-ordinates to Cartesian Co-ordinates

Transformation of Cylindrical Co-ordinates to Cartesian Co-ordinates

Starting Methods of Single Phase Induction Motors

Starting Methods of Single Phase Induction Motors

Conversion of Cylindrical Co-ordinates to Cartesian Co-ordinates

Conversion of Cylindrical Co-ordinates to Cartesian Co-ordinates

Circular Cylindrical Co-ordinate System

Circular Cylindrical Co-ordinate System

Cross Product and Differential length, Area & Volume in Cartesian Co-ordinate System

Cross Product and Differential length, Area & Volume in Cartesian Co-ordinate System

Electromagnetic Theory-Cross Product

Electromagnetic Theory-Cross Product

Single Phase Induction Motor- No Load Test and Numerical

Single Phase Induction Motor- No Load Test and Numerical

Single Phase Induction Motor-Blocked Rotor Test

Single Phase Induction Motor-Blocked Rotor Test

Electromagnetic Theory - Dot Product and its application

Electromagnetic Theory - Dot Product and its application

Single Phase Induction Motor- Numericals

Single Phase Induction Motor- Numericals

Single Phase Induction Motor- Power Flow

Single Phase Induction Motor- Power Flow

Electromagnetic Theory-Vector Calculus & Cartesian Co-ordinate System

Electromagnetic Theory-Vector Calculus & Cartesian Co-ordinate System

Single Phase Induction Motor- Equivalent Circuit Diagram

Single Phase Induction Motor- Equivalent Circuit Diagram

Single Phase Induction Motor- Double Revolving field theory

Single Phase Induction Motor- Double Revolving field theory

Single Phase Induction Motor- Revolving field theory

Single Phase Induction Motor- Revolving field theory

Single Phase Induction Motor

Single Phase Induction Motor

Optimization Methods -Reconstruction, Deregulation and Reliability Assessment

Optimization Methods -Reconstruction, Deregulation and Reliability Assessment

Optimization Methods -Linear and Quadratic Programming

Optimization Methods -Linear and Quadratic Programming

Optimization Methods -Evolution Optimization: Techniques and Application

Optimization Methods -Evolution Optimization: Techniques and Application

Optimization Methods - Optimization with Image Processing

Optimization Methods - Optimization with Image Processing

Optimization Methods - Artificial Intelligence Application in Power System

Optimization Methods - Artificial Intelligence Application in Power System

Multi-Objective Optimization Methods - Optimization for Engineering Design

Multi-Objective Optimization Methods - Optimization for Engineering Design

Multi-Objective Optimization Methods - Optimization with Image Processing

Multi-Objective Optimization Methods - Optimization with Image Processing

Multi-Objective Optimization Methods - Optimization with Machine Learning

Multi-Objective Optimization Methods - Optimization with Machine Learning

Multi-Objective Optimization Methods - Genetic Algorithms with Applications

Multi-Objective Optimization Methods - Genetic Algorithms with Applications

"Multi-Objective Optimization Methods - Optimization with Python

"Multi-Objective Optimization Methods - Optimization with Python

Multi-Objective Optimization Methods - Optimization with Machine Learning

Multi-Objective Optimization Methods - Optimization with Machine Learning

Multi-Objective Optimization Methods - Metaheuristics Optimization

Multi-Objective Optimization Methods - Metaheuristics Optimization

Multi-Objective Optimization Methods-Introduction to Optimization

Multi-Objective Optimization Methods-Introduction to Optimization

Multi-Objective Optimization Methods- Introduction to Optimization

Multi-Objective Optimization Methods- Introduction to Optimization

Transformer-Condition for Maximum Efficiency

Transformer-Condition for Maximum Efficiency

Adams-Bashforth Predictor Corrector Method

Adams-Bashforth Predictor Corrector Method

Transformers- Phasor Diagram on No load, On load operation

Transformers- Phasor Diagram on No load, On load operation

Transformers- Effect of Transformer Resistance and Leakage Flux

Transformers- Effect of Transformer Resistance and Leakage Flux

Transformers-On No Load Operation, Hysteresis Loss

Transformers-On No Load Operation, Hysteresis Loss

Prototype Workshop

Prototype Workshop

Newton-Raphson Method

Newton-Raphson Method

Ideal Transformers-On Load Operation, phasor diagram

Ideal Transformers-On Load Operation, phasor diagram

Ideal Transformers-EMF Equation, phasor diagram

Ideal Transformers-EMF Equation, phasor diagram

Discrete Least Squares Approximations

Discrete Least Squares Approximations

Numerical Integration-Unequal Segment

Numerical Integration-Unequal Segment

Transformers-Working Operation, EMF Equation

Transformers-Working Operation, EMF Equation

Composite Numerical Integration- Trapezoidal & Simpson's Rule

Composite Numerical Integration- Trapezoidal & Simpson's Rule

Transformers-Construction & Working Principle

Transformers-Construction & Working Principle

25kV,50Hz ac Traction using Single Phase Two Stage Semiconductor Converter dc motor

25kV,50Hz ac Traction using Single Phase Two Stage Semiconductor Converter dc motor

Numerical Integration-Trapezoidal,Simpson's 1/3 & 3/8 Rule and Weddle Rule

Numerical Integration-Trapezoidal,Simpson's 1/3 & 3/8 Rule and Weddle Rule

Numerical Integration-Trapezoidal Rule and Simpson's 1/3rd & 1/8th Rule

Numerical Integration-Trapezoidal Rule and Simpson's 1/3rd & 1/8th Rule

25kV,50Hz ac Traction using Transformer Tap Changer and Semiconductor Converter Controlled dc motor

25kV,50Hz ac Traction using Transformer Tap Changer and Semiconductor Converter Controlled dc motor

Numerical Integration- Newton Cote's Quadratic Formula(Trapezoidal,Simpson's and Weddle Rule)

Numerical Integration- Newton Cote's Quadratic Formula(Trapezoidal,Simpson's and Weddle Rule)

Tractive Effort and Traction Drive Rating

Tractive Effort and Traction Drive Rating

Numerical Differentiation-Derivatives using equally & unequally spaced values of argument

Numerical Differentiation-Derivatives using equally & unequally spaced values of argument

Traction Drives- Coefficient of Adhesion & Calculation of Distance Travelled

Traction Drives- Coefficient of Adhesion & Calculation of Distance Travelled

Numerical Differentiation using Stirling's & Bessel's Central Difference Interpolation formula

Numerical Differentiation using Stirling's & Bessel's Central Difference Interpolation formula

Traction Drives- Electric Trains, Nature of traction load & Duty Cycle of Traction drive

Traction Drives- Electric Trains, Nature of traction load & Duty Cycle of Traction drive

Central Difference Interpolation formula- Stirling's & Bessel's Interpolation formula

Central Difference Interpolation formula- Stirling's & Bessel's Interpolation formula

Numerical Differentiation using Newton's Forward and Backward Interpolation formula

Numerical Differentiation using Newton's Forward and Backward Interpolation formula

Self Excited Braking/Zero Sequence Braking

Self Excited Braking/Zero Sequence Braking

Curve Fitting-Fitting of curve y = a e^bx & y = a x^b

Curve Fitting-Fitting of curve y = a e^bx & y = a x^b

Curve Fitting-Method of least square

Curve Fitting-Method of least square

Braking of Induction Motor-DC Dynamic Braking

Braking of Induction Motor-DC Dynamic Braking

Gauss's Forward and backward interpolation

Gauss's Forward and backward interpolation

Braking of Induction Motor-Regenerative braking, Plugging & ac dynamic braking

Braking of Induction Motor-Regenerative braking, Plugging & ac dynamic braking