Electrical and Electronic Engineering

Rohini College of Engineering & Technology

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COURSE MATERIALS & VIDEOS

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Regulation 2021

Semester I

HS3152-PROFESSIONAL ENGLISH I

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

Unit – I Introduction to Fundamentals of Communication
1.1 Listening & Speaking
1.1 Listening & Speaking
1.2 Reading & E Mails
1.2 Reading & E Mails
1.3 Tenses
1.3 Tenses
1.4 Question Types
1.4 Question Types

UNIT II

NARRATION AND SUMMATION
LISTENING & SPEAKING
LISTENING & SPEAKING
READING:
READING:
WRITING:
WRITING:
GRAMMAR
GRAMMAR
Prepositions
Prepositions
Synonyms and Antonyms ,: Phrasal Verbs, Word forms (Prefixes & Suffixes)
Synonyms and Antonyms ,: Phrasal Verbs, Word forms (Prefixes & Suffixes)

UNIT III

DESCRIPTION OF A PRODUCT / PROCESS
1 LISTENING LISTENING TO CLASSROOM LECTURES AND LISTENING TO A PRODUCT DESCRIPTION
1 LISTENING LISTENING TO CLASSROOM LECTURES AND LISTENING TO A PRODUCT DESCRIPTION
SPEAKING AND READING : SUMMARIZING A LECTURE, READING ADVERTISEMENTS AND GADGET REVIEW
SPEAKING AND READING : SUMMARIZING A LECTURE, READING ADVERTISEMENTS AND GADGET REVIEW
WRITING DEFINITIONS AND INSTRUCTIONS
WRITING DEFINITIONS AND INSTRUCTIONS
PROCESS DESCRIPTION AND IMPERATIVES
PROCESS DESCRIPTION AND IMPERATIVES
DEGREES OF COMPARISON AND COMPOUND WORDS
DEGREES OF COMPARISON AND COMPOUND WORDS
HOMONYMS AND HOMOPHONES AND DISCOURSE MARKERS
HOMONYMS AND HOMOPHONES AND DISCOURSE MARKERS

UNIT IV

CLASSIFICATION AND RECOMMENDATION
LISTENING: LISTENING ON TED TALKS, SCIENTIFIC AND EDUCATIONAL VIDEOS
LISTENING: LISTENING ON TED TALKS, SCIENTIFIC AND EDUCATIONAL VIDEOS
SPEAKING: SMALL TALKS AND MINI PRESENTATION
SPEAKING: SMALL TALKS AND MINI PRESENTATION
READING: NEWSPAPER ARTICLES AND JOURNAL REPORTS
READING: NEWSPAPER ARTICLES AND JOURNAL REPORTS
NOTE MAKING, WRITING RECOMMENDATIONS, TRANSFERRING INFORMATION FROM NON VERBAL TO VERBAL MODE
NOTE MAKING, WRITING RECOMMENDATIONS, TRANSFERRING INFORMATION FROM NON VERBAL TO VERBAL MODE
GRAMMAR: ARTICLES, PRONOUN, P[OSSESSIVE AND RELATIVE PRONOUN
GRAMMAR: ARTICLES, PRONOUN, P[OSSESSIVE AND RELATIVE PRONOUN
COLLOCATIONS, FIXED AND SEMI FIXED EXPRESSIONS
COLLOCATIONS, FIXED AND SEMI FIXED EXPRESSIONS

UNIT V

EXPRESSION
LISTENING
LISTENING
SPEAKING
SPEAKING
READING
READING
WRITING ESSAYS
WRITING ESSAYS
GRAMMAR
GRAMMAR
VOCABULARY
VOCABULARY

MA3151 & MATRICES AND CALCULUS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

MATRICES
1.1 EIGEN VALUES AND EIGEN VECTORS
1.1 EIGEN VALUES AND EIGEN VECTORS
1.2 PROPERTIES OF EIGEN VALUES AND EIGEN VECTORS
1.2 PROPERTIES OF EIGEN VALUES AND EIGEN VECTORS
1.3 CAYLEY HAMILTON THEOREM
1.3 CAYLEY HAMILTON THEOREM
1.4 REDUCTION OF Q.F TO C.F
1.4 REDUCTION OF Q.F TO C.F
1.5 NATURE OF Q.F DETERMINED BY PRINCIPAL MINORS
1.5 NATURE OF Q.F DETERMINED BY PRINCIPAL MINORS

UNIT II

DIFFERENTIAL CALCULUS
2.1 REPRESENTATION OF FUNCTIONS
2.1 REPRESENTATION OF FUNCTIONS
2.2 CONTINUITY
2.2 CONTINUITY
2.3 DIFFERENTIATION RULES
2.3 DIFFERENTIATION RULES
2.4 DERIVATIVES OF IMPLICIT FUNCTIONS
2.4 DERIVATIVES OF IMPLICIT FUNCTIONS
2.5 MAXIMA AND MINIMA
2.5 MAXIMA AND MINIMA

UNIT III

FUNCTIONS OF SEVERAL VARIABLES
3.1 Partial , Homogeneous and Euler’s theorem
3.1 Partial , Homogeneous and Euler’s theorem
3.2 Total Differentiation
3.2 Total Differentiation
3.3 Jacobians
3.3 Jacobians
3.4 Taylor’s Series for Functions of Two Variables
3.4 Taylor’s Series for Functions of Two Variables
3.5 Maxima and Minima for functions of two variables
3.5 Maxima and Minima for functions of two variables

UNIT IV

INTEGRAL CALCULUS
4.1 Definite and Indefinite integrals
4.1 Definite and Indefinite integrals
4.2 Substitution rule
4.2 Substitution rule
4.3 Techniques of integration
4.3 Techniques of integration
4.4Trigonometric substitutions
4.4Trigonometric substitutions
4.5 Integration of Rational functions by Partial fraction
4.5 Integration of Rational functions by Partial fraction

UNIT V

MULTIPLE INTEGRALS
5.1 Double integrals – Change of order of integration
5.1 Double integrals – Change of order of integration
5.2 Double integrals in polar coordinates
5.2 Double integrals in polar coordinates
5.3Triple integrals – Volume of solids
5.3Triple integrals – Volume of solids
5.4Change of variables in Double and triple integrals
5.4Change of variables in Double and triple integrals
5.5 Moments and centres of mass, moment of inertia
5.5 Moments and centres of mass, moment of inertia

PH 3151 ENGINEERING PHYSICS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

Mechanics
1.1 Centre of mass of a particle
1.1 Centre of mass of a particle
1.2 Theorems of Moment of inertia
1.2 Theorems of Moment of inertia
1.3 Torsional Pendulum
1.3 Torsional Pendulum
1.4 M. I of a diatomic molecule
1.4 M. I of a diatomic molecule
1.5 Gyroscope & Rotational energy of a diatomic molecule
1.5 Gyroscope & Rotational energy of a diatomic molecule

UNIT II

Electromagnetic waves
2.1 Maxwells equations
2.1 Maxwells equations
2.2 Intensity of em waves
2.2 Intensity of em waves
2.3 cell phone reception
2.3 cell phone reception
2.4 Reflection of transmission and reflection
2.4 Reflection of transmission and reflection

UNIT III

Oscillations & Optics
3.1 Analogy between electrical & mechanical system
3.1 Analogy between electrical & mechanical system
3.2 Energy transfer of wave
3.2 Energy transfer of wave
3.3 Law of vibration
3.3 Law of vibration
3.4 Progressive waves
3.4 Progressive waves
3.5 Simple harmonic oscillation
3.5 Simple harmonic oscillation
3.6 Stationary waves
3.6 Stationary waves
3.7 Co2 laser
3.7 Co2 laser
3.8 Nd-YAG laser
3.8 Nd-YAG laser

UNIT IV

Basic Quantum Mechanics
4.1 Dual nature of light
4.1 Dual nature of light
4.2 Compton effect
4.2 Compton effect
4.3 Schrodingers wave Equation
4.3 Schrodingers wave Equation
4.4 Particle in 3D ,2D & 1Dbox
4.4 Particle in 3D ,2D & 1Dbox

UNIT V

Applications of Quantum Mechanics
5.1 Harmonic oscillator
5.1 Harmonic oscillator
5.2Particle in a finite potential well
5.2Particle in a finite potential well
5.3Resonant Tunneling effect
5.3Resonant Tunneling effect
5.5 Band theory of solids
5.5 Band theory of solids
5.6 STM
5.6 STM

CY3151-Engineering Chemistry

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

WATER AND ITS TREATMENT
1.4 Internal Treatment of water
1.4 Internal Treatment of water
1.5 Desalination
1.5 Desalination

UNIT I

WATER AND ITS TREATMENT
1.1 Introduction & Water quality parameters
1.1 Introduction & Water quality parameters
1.2 boiler troubles
1.2 boiler troubles
1.3. water treatment
1.3. water treatment

UNIT II

Nano chemistry
2.1Nano chemistry Introduction
2.1Nano chemistry Introduction
2.2 Properties of Nano materials
2.2 Properties of Nano materials
2.3 Types and application of nano materials
2.3 Types and application of nano materials
2.4 Synthesis of Nano materials
2.4 Synthesis of Nano materials

UNIT III

Phase rule & Composities
3.1 Phase rule
3.1 Phase rule
3.2 One component system
3.2 One component system
3.3 Two Component system
3.3 Two Component system
3.4 Composites
3.4 Composites
3.5 Hybrid Composites
3.5 Hybrid Composites

UNIT IV

Fuels & Combustion
4.1 Proximate Analysis
4.1 Proximate Analysis
4.2 Ultimate Analysis
4.2 Ultimate Analysis
4.3 Otto Hoffmaan Method
4.3 Otto Hoffmaan Method
4.4 Bergius process
4.4 Bergius process
4.5 Orsat method
4.5 Orsat method

UNIT V

Energy sources and storage Devices
5.1.Nuclear reactions
5.1.Nuclear reactions
5.2.Nuclear reactor & Breeder reactor
5.2.Nuclear reactor & Breeder reactor
5.3.Solar Energy & Wind Energy
5.3.Solar Energy & Wind Energy
5.4.Batteries
5.4.Batteries
5.5.Fuel cells
5.5.Fuel cells
5.6.Electric Vehicle
5.6.Electric Vehicle

GE3151 PROBLEM SOLVING AND PYTHON PROGRAMMING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

COMPUTATIONAL THINKING AND PROBLEM SOLVING
Fundamentals of computation
Fundamentals of computation
Algorithms
Algorithms
Blocks of an Algorithm
Blocks of an Algorithm
Notation(Pseudo code,Flowchart)
Notation(Pseudo code,Flowchart)
Programming Language
Programming Language
Algorithmic Problem Solving
Algorithmic Problem Solving
Simple Strategies
Simple Strategies
Illustrative Problem find minimum in a list
Illustrative Problem find minimum in a list
Guess Integer from range/ Towers of Hanoi
Guess Integer from range/ Towers of Hanoi

UNIT II

DATA TYPES , EXPRESSIONS AND STATEMENTS
Python introduction & python interpreter and interactive mode
Python introduction & python interpreter and interactive mode
DEBUGGING
DEBUGGING
variables, expressions, statements, tuple assignment
variables, expressions, statements, tuple assignment
Precedence of operators & comments
Precedence of operators & comments
VALUES AND TYPES
VALUES AND TYPES
ILLUSTRATIVE PROGRAMS
ILLUSTRATIVE PROGRAMS

UNIT III

CONTROL FLOW, FUNCTIONS, STRINGS
Boolean values and operators
Boolean values and operators
Conditional (if), alternative (if-else), chained conditional (if-elif-else)
Conditional (if), alternative (if-else), chained conditional (if-elif-else)
Iteration: state, while, for; Unconditional statements: break, continue, pass
Iteration: state, while, for; Unconditional statements: break, continue, pass
Fruitful functions: return values, parameters, local and global scope, function composition, recursion
Fruitful functions: return values, parameters, local and global scope, function composition, recursion
Strings: string slices, immutability, string functions and methods, string module, Lists as arrays
Strings: string slices, immutability, string functions and methods, string module, Lists as arrays
Illustrative programs: square root, gcd, exponentiation, sum an array of numbers, linear search, binary search.
Illustrative programs: square root, gcd, exponentiation, sum an array of numbers, linear search, binary search.

UNIT IV

LIST, TUPLE, DICTIONARIES
Lists
Lists
List Operation
List Operation
List Loop
List Loop
List Alaising and Cloning
List Alaising and Cloning
Tuples
Tuples
Dictionary
Dictionary
Methods in Dictionary
Methods in Dictionary

UNIT V

FILES
READING AND WRITING FILES
READING AND WRITING FILES
FILE OPENING AND CLOSING
FILE OPENING AND CLOSING
FILE MANIPULATION
FILE MANIPULATION
COMMAND LINE ARGUMENTS
COMMAND LINE ARGUMENTS
MODULES AND PACKAGES
MODULES AND PACKAGES
EXCEPTION HANDLING
EXCEPTION HANDLING
ILLUSTRATIVE PROBLEM
ILLUSTRATIVE PROBLEM
ILLUSTRATIVE EXAMPLES
ILLUSTRATIVE EXAMPLES
Format Operator
Format Operator

GE 3451 Environmental Sciences & Sustainability

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

Environment & Biodiversity
1.1 Introduction to Bidiversity
1.1 Introduction to Bidiversity
1.2 Ecosystem
1.2 Ecosystem
1.3 Energy Flow
1.3 Energy Flow
1.4 Biodiversity Values
1.4 Biodiversity Values
1.5 Biodiversity Conservation
1.5 Biodiversity Conservation

Semester II

HS3252 - PROFESSIONAL ENGLISH - II

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

MAKING COMPARISONS
1.1. LISTENING
1.1. LISTENING
1.2.SPEAKING
1.2.SPEAKING
1.3.READING
1.3.READING
1.4. Professional E Mails, E Mail Etiquette
1.4. Professional E Mails, E Mail Etiquette
1.5. Mixed Tenses.
1.5. Mixed Tenses.

UNIT II

NARRATION AND SUMMATION
2.1. LISTENING & SPEAKING
2.1. LISTENING & SPEAKING
2.2. WRITING: Guided Writing, Paragraph Writing, Short report on an event -
2.2. WRITING: Guided Writing, Paragraph Writing, Short report on an event -
2.3. Active Voice Passive Voice
2.3. Active Voice Passive Voice
2.4. Infinitives and Gerunds
2.4. Infinitives and Gerunds
2.5.Adverbs
2.5.Adverbs

UNIT III

PROBLEM SOLVING
3.1 LISTENING AND SPEAKING:LISTENING TO/ WATCHING MOVIE SCENES AND GROUP DISCUSSION – TECHNIQUES AND STRATEGIES
3.1 LISTENING AND SPEAKING:LISTENING TO/ WATCHING MOVIE SCENES AND GROUP DISCUSSION – TECHNIQUES AND STRATEGIES
3.2 READING: CASE STUDY AND EXCERPTS FROM LITERARY TEXTS AND NEWS REPORT
3.2 READING: CASE STUDY AND EXCERPTS FROM LITERARY TEXTS AND NEWS REPORT
3.3 LETTER TO THE EDITOR AND CHECKLIST
3.3 LETTER TO THE EDITOR AND CHECKLIST
3.4 PROBLEM SOLUTION ESSAY
3.4 PROBLEM SOLUTION ESSAY
3.5 ERROR CORRECTION AND IF CONDITIONALS
3.5 ERROR CORRECTION AND IF CONDITIONALS
3.6 COMPOUND WORDS AND SENTENCE COMPLETION
3.6 COMPOUND WORDS AND SENTENCE COMPLETION

UNIT IV

REPORTING OF EVENTS AND RESEARCH
LISTENING COMPREHENSION BASED ON NEWSREPORTS - AND DOCUMENTARIES, PRECISWRITING, SUMMARISING, COMPREHENSION BASED ON NEWS REPORTS
LISTENING COMPREHENSION BASED ON NEWSREPORTS - AND DOCUMENTARIES, PRECISWRITING, SUMMARISING, COMPREHENSION BASED ON NEWS REPORTS
INTERVIEWING, PRESENTING AN ORAL REPORT, MINIPRESENTATIONS ON SELECT TOPICS, READING NEWS PAPER ARTICLES INTERVIEWING
INTERVIEWING, PRESENTING AN ORAL REPORT, MINIPRESENTATIONS ON SELECT TOPICS, READING NEWS PAPER ARTICLES INTERVIEWING
RECOMMENDATIONS, TRANSCODING, ACCIDENTREPORT, SURVEYREPORT
RECOMMENDATIONS, TRANSCODING, ACCIDENTREPORT, SURVEYREPORT
REPORTEDSPEECHANDMODAL VERBS:
REPORTEDSPEECHANDMODAL VERBS:
VOCABULARY: CONJUNCTIONS, USE OF PREPOSITIONS
VOCABULARY: CONJUNCTIONS, USE OF PREPOSITIONS

UNIT V

THE ABILITY TO PUT IDEAS OR INFORMATION COGENTLY
5.1: Listening: listening to TED Talks, presentations Formal job interviews, analysis of the interview performance.
5.1: Listening: listening to TED Talks, presentations Formal job interviews, analysis of the interview performance.
5.2: Speaking: Participating in a role play, Virtual interviews, making presentations with visual aids
5.2: Speaking: Participating in a role play, Virtual interviews, making presentations with visual aids
5.3: Reading: company profile, statement of purpose and excerpt of interview with professionals.
5.3: Reading: company profile, statement of purpose and excerpt of interview with professionals.
5.4: Writing: job/ Internship application - cover letter and resume.
5.4: Writing: job/ Internship application - cover letter and resume.
5.5: Grammar: Numerical adjectives, relative clauses.
5.5: Grammar: Numerical adjectives, relative clauses.
5.6: Vocabulary: Idioms.
5.6: Vocabulary: Idioms.

BE3255 BASIC CIVIL AND MECHANICAL ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

OVERVIEW OF MECHANICAL ENGINEERING
OVERVIEW OF MECHANICAL ENGINEERING
OVERVIEW OF MECHANICAL ENGINEERING

UNIT IV

INTERNAL COMBUSTION ENGINES AND POWER PLANTS
IC ENGINE
IC ENGINE
Boiler
Boiler
PUMPS AND TURBINE
PUMPS AND TURBINE

UNIT V

REFRIGERATION AND AIR CONDITIONING SYSTEM
Refrigeration System
Refrigeration System
Terminology Of Air Conditioning System
Terminology Of Air Conditioning System

BE3251 BASIC ELECTRICAL AND ELECTRONICS ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

ELECTRICAL CIRCUITS
1.1 Basic Circuit Components
1.1 Basic Circuit Components
1.2 Kirchhoff’s Laws
1.2 Kirchhoff’s Laws
1.3 Mesh analysis with Independent sources
1.3 Mesh analysis with Independent sources
1.4 Nodal Analysis
1.4 Nodal Analysis
1.5 Steady state analysis of RLC circuits
1.5 Steady state analysis of RLC circuits

GE3251 ENGINEERING GRAPHICS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

PLANE CURVES
1.INTRODUCTION
1.INTRODUCTION
1.2 ELLIPSE
1.2 ELLIPSE
1.3 PARABOLA
1.3 PARABOLA
1.4 HYPERBOLA
1.4 HYPERBOLA
1.5 INVOLUTE
1.5 INVOLUTE
1.6 CYCLOID
1.6 CYCLOID

UNIT III

PROJECTION OF SOLIDS
Introduction to projection of solids
Introduction to projection of solids
Projection of solids problem 1
Projection of solids problem 1
Projection solid problem 2
Projection solid problem 2
projection of solid problem 3
projection of solid problem 3
Projection of solid problem 4
Projection of solid problem 4

UNIT IV

SECTION OF SOLIDS AND DEVELOPMENT OF SURFACES
1.INTRODUCTION
1.INTRODUCTION
2.SECTION OF SOLIDS
2.SECTION OF SOLIDS
3. SECTION OF SOLIDS PROBLEM 2
3. SECTION OF SOLIDS PROBLEM 2
4. DEVELOPMENT OF SURFACE PROBLEM 1
4. DEVELOPMENT OF SURFACE PROBLEM 1
5. DEVELOPMENT OF SURFACE PROBLEM 2
5. DEVELOPMENT OF SURFACE PROBLEM 2
6. DEVELOPMENT OF SURFACE PROBLEM 2
6. DEVELOPMENT OF SURFACE PROBLEM 2

MA3251- STATISTICS AND NUMERICAL METHODS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

TESTING OF HYPOTHESIS
1.1 Large sample tests
1.1 Large sample tests
1.2 Test of significance for proportion
1.2 Test of significance for proportion
1.3 Small sample Tests (t - Test)
1.3 Small sample Tests (t - Test)
1.4 F-test for Variance Ratio Test
1.4 F-test for Variance Ratio Test
1.5 Chi - Square test of Goodness of Fit
1.5 Chi - Square test of Goodness of Fit
1.6 Chi – Square test for independence of attributes
1.6 Chi – Square test for independence of attributes

UNIT II

DESIGN OF EXPERIMENTS
2.1ONE WAY CLASSIFICATION
2.1ONE WAY CLASSIFICATION
2.2 RANDOMIZED BLOCK DESIGN
2.2 RANDOMIZED BLOCK DESIGN
2.3 LATIN SQUARE
2.3 LATIN SQUARE

UNIT III

SOLUTION OF EQUATIONS AND EIGENVALUE PROBLEMS
3.1 FIXED POINT ITERATION x=g(x) method
3.1 FIXED POINT ITERATION x=g(x) method
3.2 Gauss- Elimination Method, Gauss-Jordan Method
3.2 Gauss- Elimination Method, Gauss-Jordan Method
3.3 Iterative methods
3.3 Iterative methods
3.4 EIGENVALUES OF A MATRIX BY POWER METHOD
3.4 EIGENVALUES OF A MATRIX BY POWER METHOD

UNIT IV

INTERPOLATION, NUMERICAL DIFFERENTIATION AND NUMERICAL INTEGRATION
4.1 Lagranges method
4.1 Lagranges method
4.2 Newtons divided difference method
4.2 Newtons divided difference method
4.3 Newtons forward and Backward
4.3 Newtons forward and Backward
4.4 Approximation of derivates using interpolation
4.4 Approximation of derivates using interpolation
4.5 Trapizoidal and Simpson Rule
4.5 Trapizoidal and Simpson Rule

UNIT V

NUMERICAL SOLUTION OF ORDINARY DIFFERENTIAL EQUATIONS
5.1 Taylors series
5.1 Taylors series
5.2 Eulers method and Modified Eulers method
5.2 Eulers method and Modified Eulers method
5.3 RUNGE KUTTA METHOD
5.3 RUNGE KUTTA METHOD
5.4 𝑴𝒊𝒍𝒏𝒆𝒔 𝑷𝒓𝒆𝒅𝒊𝒄𝒕𝒐𝒓 𝒂𝒏𝒅 𝑪𝒐𝒓𝒓𝒆𝒄𝒕𝒐𝒓 𝑴𝒆𝒕𝒉𝒐ds
5.4 𝑴𝒊𝒍𝒏𝒆𝒔 𝑷𝒓𝒆𝒅𝒊𝒄𝒕𝒐𝒓 𝒂𝒏𝒅 𝑪𝒐𝒓𝒓𝒆𝒄𝒕𝒐𝒓 𝑴𝒆𝒕𝒉𝒐ds
5.5 𝐴𝑑𝑎𝑚𝑠 𝐵𝑎𝑠ℎ 𝐹𝑜𝑟𝑡ℎ 𝑃𝑟𝑒𝑑𝑖𝑐𝑡𝑜𝑟 𝑎𝑛𝑑 𝐶𝑜𝑟𝑟𝑒𝑐𝑡𝑜𝑟 𝑀𝑒𝑡ℎ𝑜ds
5.5 𝐴𝑑𝑎𝑚𝑠 𝐵𝑎𝑠ℎ 𝐹𝑜𝑟𝑡ℎ 𝑃𝑟𝑒𝑑𝑖𝑐𝑡𝑜𝑟 𝑎𝑛𝑑 𝐶𝑜𝑟𝑟𝑒𝑐𝑡𝑜𝑟 𝑀𝑒𝑡ℎ𝑜ds

PH3202&PHYSICS FOR ELECTRICAL ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

Dielectric materials and Insulation
1.1 Dielcrtic and Polarisation
1.1 Dielcrtic and Polarisation
1.2 Dielectric loss
1.2 Dielectric loss
1.3 Internal Field
1.3 Internal Field

UNIT II

Electrical and Magnetic properties of materials
2.2. CFE , Electrical & Thermal conductivities & Wiedemann Franz law
2.2. CFE , Electrical & Thermal conductivities & Wiedemann Franz law
2.3.Quantum Theory,Electron in a,metal
2.3.Quantum Theory,Electron in a,metal
2.5.Density of states
2.5.Density of states
Periodic potential
Periodic potential
Band Theory
Band Theory
Introduction to Susceptibility
Introduction to Susceptibility
Classification of magnetic materials
Classification of magnetic materials

UNIT III

SEMICONDUCTORS
3.1. Introduction & Types semiconductor
3.1. Introduction & Types semiconductor
3.2.intrinsic semi conductor
3.2.intrinsic semi conductor
3.3. N type semiconductor
3.3. N type semiconductor
3.4. p type semiconductor
3.4. p type semiconductor
3.5. Hall effect
3.5. Hall effect
3.6Schottky Diode & Ohmic contact
3.6Schottky Diode & Ohmic contact

UNIT IV

OPTICAL PROPERTIES OF MATERIALS
4.1.Carrier geneartion and recobinations
4.1.Carrier geneartion and recobinations
4.2 Absorption and emission
4.2 Absorption and emission
4.3 photo current in PN diode
4.3 photo current in PN diode
4.4.solar celll
4.4.solar celll
4.5 LED& OLED
4.5 LED& OLED

UNIT V

NANO DEVICES
5.1.Quantum structures and density
5.1.Quantum structures and density
5.2.SINGLE ELECTRON TRANSISTOR
5.2.SINGLE ELECTRON TRANSISTOR
5.3 SPINTRONICS
5.3 SPINTRONICS
5.4 CARBON NANO TUBES
5.4 CARBON NANO TUBES

EE3251 Electric Circuit Analysis

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

BASIC CIRCUITS ANALYSIS
1a.Basic Definitions and Elements of Electric Circuits
1a.Basic Definitions and Elements of Electric Circuits
1b.Resistance connected in series and parallel circuits
1b.Resistance connected in series and parallel circuits
1c.Kirchoffs Laws.
1c.Kirchoffs Laws.
1d.Mesh Analysis
1d.Mesh Analysis
1e.Nodel Analysis
1e.Nodel Analysis

UNIT II

NETWORK REDUCTION AND THEOREMS FOR DC AND AC CIRCUITS
2a.Thevenin’s Theorem
2a.Thevenin’s Theorem
2b.Norton’s Theorem
2b.Norton’s Theorem
2c.Superposition Theorem
2c.Superposition Theorem
2d.Maximum Power Transfer Theorem
2d.Maximum Power Transfer Theorem
2e.Star Delta Transformation
2e.Star Delta Transformation

UNIT III

TRANSIENT RESPONSE ANALYSIS
3a.Transient response of RL circuits
3a.Transient response of RL circuits
3b.Transient response of RC circuits
3b.Transient response of RC circuits
3c.Transient response of RLC circuits
3c.Transient response of RLC circuits

UNIT IV

RESONANCE AND COUPLED CIRCUITS
4a.Resonance in Series RLC circuits
4a.Resonance in Series RLC circuits
4b.Three branch parallel resonance circuits
4b.Three branch parallel resonance circuits
4c.Two branch parallel resonance circuits
4c.Two branch parallel resonance circuits
4d.Mutual Inductance of a Coil
4d.Mutual Inductance of a Coil
4e.Coupled Circuit
4e.Coupled Circuit

UNIT V

THREE PHASE CIRCUITS
5a.Balanced Three Pase STAR Connected Load
5a.Balanced Three Pase STAR Connected Load
5b.Balanced Three Pase DELTA Connected Load
5b.Balanced Three Pase DELTA Connected Load
5c.Three Phase Power Measurement Using Two Wattmeter Method
5c.Three Phase Power Measurement Using Two Wattmeter Method

EE3251 - ELECTRIC CIRCUIT ANALYSIS (23-24)

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

BASIC CIRCUITS ANALYSIS
1.1 BASIC ELECTRICAL COMPONENT
1.1 BASIC ELECTRICAL COMPONENT
1.2 KIRCHHOFF’S LAW
1.2 KIRCHHOFF’S LAW
1.3 RESISTORS IN SERIES AND PARALLEL CIRCUITS
1.3 RESISTORS IN SERIES AND PARALLEL CIRCUITS
1.4 MESH CURRENT ANALYSIS
1.4 MESH CURRENT ANALYSIS
1.5 NODAL ANALYSIS
1.5 NODAL ANALYSIS

UNIT II

UNIT II NETWORK REDUCTION AND THEOREMS FOR DC AND AC CIRCUITS
2.1 Δ-Y AND Y-Δ CONVERSIONS
2.1 Δ-Y AND Y-Δ CONVERSIONS
2.2 SOURCE TRANSFORMATION
2.2 SOURCE TRANSFORMATION
2.3 SUPERPOSITION THEOREM
2.3 SUPERPOSITION THEOREM
2.4 THEVENINS THEOREM
2.4 THEVENINS THEOREM
2.5 NORTON’S THEOREM
2.5 NORTON’S THEOREM

UNIT III

TRANSIENT RESPONSE ANALYSIS
3.1 L AND C ELEMENTS
3.1 L AND C ELEMENTS
3.2 TRANSIENT RESPONSE OF RL CIRCUIT
3.2 TRANSIENT RESPONSE OF RL CIRCUIT
3.3 TRANSIENT RESPONSE OF RC CIRCUIT
3.3 TRANSIENT RESPONSE OF RC CIRCUIT
3.4 TRANSIENT RESPONSE OF RLC CIRCUIT
3.4 TRANSIENT RESPONSE OF RLC CIRCUIT

UNIT IV

RESONANCE AND COUPLED CIRCUITS
4.1 INTRODUCTION
4.1 INTRODUCTION
4.2 SELF AND MUTUAL INDUCTION
4.2 SELF AND MUTUAL INDUCTION
4.3 DOTE RULE
4.3 DOTE RULE
4.4 COEFFICIENT OF COUPLING
4.4 COEFFICIENT OF COUPLING
4.5 LINEAR TRANSFORMER
4.5 LINEAR TRANSFORMER

UNIT V

THREE PHASE CIRCUITS
5.1 THREE PHASE POWER MEASUREMENT
5.1 THREE PHASE POWER MEASUREMENT

Semester III

MA3303/PROBABILITY AND COMPLEX FUNCTION

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

PROBABILITY AND RANDOM VARIABLES
1.1 Discrete & Continuous Random Variable
1.1 Discrete & Continuous Random Variable
1.3 Binomial & Poisson Distribution
1.3 Binomial & Poisson Distribution
1.4 Geometric Distribution
1.4 Geometric Distribution
1.5 Exponential & Uniform Distribution
1.5 Exponential & Uniform Distribution
1.6 Normal Distribution
1.6 Normal Distribution
1.2 BAYES THEOREM
1.2 BAYES THEOREM

UNIT II

TWO DIMENSIONAL RANDOM VARIABLES
2.1. joint Probability Discrete Function
2.1. joint Probability Discrete Function
2.2. Joint Probability Continuous Function
2.2. Joint Probability Continuous Function
2.4 Correlation & regression
2.4 Correlation & regression
2.3. Central limit theorem
2.3. Central limit theorem
2.5. Transformation of random variables
2.5. Transformation of random variables

UNIT III

Analytic Functions
3.1 NECESSARY AND SUFFICIENT CONDITION FOR ANALYTIC FUNCTIONS
3.1 NECESSARY AND SUFFICIENT CONDITION FOR ANALYTIC FUNCTIONS
3.4 PROPERTIES OF HARMONIC CONJUCATES
3.4 PROPERTIES OF HARMONIC CONJUCATES
3.2 Analytic Functions
3.2 Analytic Functions
3.3 construction of analytic functions
3.3 construction of analytic functions
3.5 CONFORMAL MAPPING & BILINEAR TRANSFORMATION
3.5 CONFORMAL MAPPING & BILINEAR TRANSFORMATION

UNIT IV

COMPLEX INTEGRATION
4.1 line integral
4.1 line integral
4. 2 TAYLORS AND LAURENTS SERIES
4. 2 TAYLORS AND LAURENTS SERIES
4.3 cauchy residue theorem
4.3 cauchy residue theorem
4.4 Singularities, residues, residue theorem
4.4 Singularities, residues, residue theorem
4. 5 CONTOUR INTEGRATION
4. 5 CONTOUR INTEGRATION

UNIT V

ORDINARY DIFFERENTIAL EQUATIONS
5.1 higher order linear differential equations
5.1 higher order linear differential equations
5.2 Homogenous equation of euler and legendre
5.2 Homogenous equation of euler and legendre
5.3 system of simultaneous eqations
5.3 system of simultaneous eqations
5.4 method of vaiation of parameter
5.4 method of vaiation of parameter
5.5 method of undetermined coefficients
5.5 method of undetermined coefficients

EE3301-ELECTROMAGNETIC THEORY

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

ELECTROSTATICS – I
1.1 Sources And Effects Of Electromagnetic Fields
1.1 Sources And Effects Of Electromagnetic Fields
1.2 Coordinate Systems
1.2 Coordinate Systems
1.3 Gradient, Divergence, Curl
1.3 Gradient, Divergence, Curl
1.4 Theorems And Applications
1.4 Theorems And Applications
1.5 Coulombs Law
1.5 Coulombs Law

UNIT II

ELECTROSTATICS – II
2.1 Electric Potential
2.1 Electric Potential
2.2 Electric Field and Equipotential Plots
2.2 Electric Field and Equipotential Plots
2.3 Energy Density in Electrostatic Fields
2.3 Energy Density in Electrostatic Fields
2.4 Electric Field in Free Space, Conductors, Dielectrics
2.4 Electric Field in Free Space, Conductors, Dielectrics
2.5 Dieletric Polarization
2.5 Dieletric Polarization
2.6 Poisson’s and Laplace Equations
2.6 Poisson’s and Laplace Equations

UNIT III

Magneto statics
3.1. Introduction to Magneto statics
3.1. Introduction to Magneto statics
3.2. Lorentz force
3.2. Lorentz force
3.3. Biot–Savart’s Law
3.3. Biot–Savart’s Law
3.4. H due to Straight Conductors
3.4. H due to Straight Conductors
3.5 Magnetic Materials
3.5 Magnetic Materials

UNIT IV

ELECTRODYNAMIC FIELDS
4.1.Introduction to Electro Dynamic fields
4.1.Introduction to Electro Dynamic fields
4.2. Concept of Magnetic Circuits
4.2. Concept of Magnetic Circuits
4.3. Faraday’s law
4.3. Faraday’s law
4.4. Transformer and motional EMF
4.4. Transformer and motional EMF
4.5. Maxwell’s equation
4.5. Maxwell’s equation

UNIT V

ELECTRODYNAMIC FIELDS
5.1 Electromagnetic wave generation and equations
5.1 Electromagnetic wave generation and equations
5.2 Uniform Plane Wave in Lossless Dielectric
5.2 Uniform Plane Wave in Lossless Dielectric
5.3 Uniform Plane Wave in Lossy Dielectric
5.3 Uniform Plane Wave in Lossy Dielectric
5.4 EM Wave Polarization
5.4 EM Wave Polarization
5.5 Poynting Theorem
5.5 Poynting Theorem

EE3302 DIGITAL LOGIC CIRCUITS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

NUMBER SYSTEMS AND DIGITAL LOGIC FAMILIES
1.1 Review of Number Systems
1.1 Review of Number Systems
1.2 Boolean Arithmetic
1.2 Boolean Arithmetic
1.3 Binary Codes
1.3 Binary Codes
1.4 Theorem of Boolean Algebra
1.4 Theorem of Boolean Algebra
1.5 Error Detecting and Correction Code
1.5 Error Detecting and Correction Code
1.6 Resistor Transistor Logic
1.6 Resistor Transistor Logic
1.7 Diode Transistor Logic
1.7 Diode Transistor Logic

UNIT II

COMBINATIONAL CIRCUITS
2.1 Combinational Logic
2.1 Combinational Logic
2.2 Representation of Logic Function
2.2 Representation of Logic Function
2.3 K-Map
2.3 K-Map
2.4 Binary Adder and Subtracter
2.4 Binary Adder and Subtracter
2.5 Multiplexer
2.5 Multiplexer

UNIT III

SYNCHRONOUS SEQUENTIAL CIRCUITS
3.1 Sequential Logic Representation
3.1 Sequential Logic Representation
3.2 Triggering
3.2 Triggering
3.3 Counters
3.3 Counters

UNIT IV

ASYNCHRONOUS SEQUENTIAL CIRCUITS
4.1 Asynchronous Sequential Circuits
4.1 Asynchronous Sequential Circuits
4.2 Analysis Procedure
4.2 Analysis Procedure
4.3 Hazards
4.3 Hazards
4.4 Reduction of State And Flow Tables
4.4 Reduction of State And Flow Tables
4.5 Memory and Programmable Logic
4.5 Memory and Programmable Logic

UNIT V

VHDL
5.1 Hardware Description Language
5.1 Hardware Description Language
5.2 DEMUX
5.2 DEMUX
5.3 Full Adder
5.3 Full Adder
5.4 Half ADDER
5.4 Half ADDER

EE3303 ELECTRICAL MACHINES – I

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

ELECTRO MECHANICAL ENERGY CONVERSION
1.1 Magnetic circuits , Law of Governing, Flux linkage, Inductance and Energy
1.1 Magnetic circuits , Law of Governing, Flux linkage, Inductance and Energy
1.2 Statically and Dynamically Induced EMF
1.2 Statically and Dynamically Induced EMF
1.3 Torque and Torque – Properties of magnetic materials
1.3 Torque and Torque – Properties of magnetic materials
1.4 Energy in Magnetic system – Field energy and Co energy-force and torque equations
1.4 Energy in Magnetic system – Field energy and Co energy-force and torque equations
1.5 Singly and Multiply Excited magnetic field systems
1.5 Singly and Multiply Excited magnetic field systems

UNIT II

DC GENERATORS
2.1 Construction and components of DC Machine Principle of operation
2.1 Construction and components of DC Machine Principle of operation
2.2 Lap and Wave Windings and EMF Equation
2.2 Lap and Wave Windings and EMF Equation
2.3 Armature Reaction
2.3 Armature Reaction
2.4 Methods of Excitation
2.4 Methods of Excitation
2.5 Commutation ,Inter poles
2.5 Commutation ,Inter poles

UNIT III

DC MOTORS
3.1 Principle and Operations and types of DC Motors
3.1 Principle and Operations and types of DC Motors
3.2 Speed Torque Characteristics of DC Motors
3.2 Speed Torque Characteristics of DC Motors
3.3 Starting and speed control of DC motors
3.3 Starting and speed control of DC motors
3.4 Plugging, Dynamic and regenerative braking
3.4 Plugging, Dynamic and regenerative braking
3.5 Retardation test- Swinburne’s test and Hopkinson’s test
3.5 Retardation test- Swinburne’s test and Hopkinson’s test

UNIT IV

SINGLE PHASE TRANSFORMER
4.1 Construction and Principle of operation
4.1 Construction and Principle of operation
4.2 Equivalent circuit parameters , Phasor diagrams and losses
4.2 Equivalent circuit parameters , Phasor diagrams and losses
4.3 Testing , Efficiency and voltage regulation-all day efficiency
4.3 Testing , Efficiency and voltage regulation-all day efficiency
4.4 Sumpner’s test (Back-to Back test)
4.4 Sumpner’s test (Back-to Back test)
4.5 Separation of Core losses
4.5 Separation of Core losses

UNIT V

AUTOTRANSFORMER AND THREE PHASE TRANSFORMER
5.1 Construction and working of auto transformer
5.1 Construction and working of auto transformer
5.2 Comparison with two winding transformers and applications of autotransformer
5.2 Comparison with two winding transformers and applications of autotransformer
5.3 Three Phase Transformer- Construction, types of connections
5.3 Three Phase Transformer- Construction, types of connections
5.4 Scott connection and applications of Scott connection
5.4 Scott connection and applications of Scott connection

EC3301 ELECTRON DEVICES AND CIRCUITS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

PN JUNCTION DEVICES
1.1 PN JUNCTION DIODE
1.1 PN JUNCTION DIODE
1.2 ZENER DIODE
1.2 ZENER DIODE
1.3 RECTIFIERS
1.3 RECTIFIERS
1.4 FULL WAVE RECTIFIERS
1.4 FULL WAVE RECTIFIERS
1.5 LIGHT EMITTING DIODE
1.5 LIGHT EMITTING DIODE

UNIT II

TRANSISTORS AND THYRISTORS
2.1 TRANSISTOR
2.1 TRANSISTOR
2.2 CONFIGURATION OF TRANSISTOR
2.2 CONFIGURATION OF TRANSISTOR
2.3 FIELD EFFECT TRANSISTOR
2.3 FIELD EFFECT TRANSISTOR
2.4 MOSFET
2.4 MOSFET
2.5 UNI JUNCTION FIELD TRANSISTOR
2.5 UNI JUNCTION FIELD TRANSISTOR

UNIT III

AMPLIFIERS
3.1 BJT SMALL SIGNAL MODEL AMPLIFIER
3.1 BJT SMALL SIGNAL MODEL AMPLIFIER
3.2 FREQUENCY RESPONSE OF AN AMPLIFIER
3.2 FREQUENCY RESPONSE OF AN AMPLIFIER
3.3 MOSFET SMALL SIGNAL AMPLIFIER
3.3 MOSFET SMALL SIGNAL AMPLIFIER
3.4 COMMON SOURCE AMPLIFIER AND SOURCE FOLLOWER
3.4 COMMON SOURCE AMPLIFIER AND SOURCE FOLLOWER
3.5 FREQUENCY RESPONSE OF COMMON SOURCE AMPLIFIER
3.5 FREQUENCY RESPONSE OF COMMON SOURCE AMPLIFIER

UNIT IV

MULTISTAGE AMPLIFIERS AND DIFFERENTIAL AMPLIFIER
4.1 CASCADE AMPLIFIER
4.1 CASCADE AMPLIFIER
4.2 POWER AMPLIFIER
4.2 POWER AMPLIFIER
4.3 DIFFERENTIAL AMPLIFIER
4.3 DIFFERENTIAL AMPLIFIER
4.4 DIFFERENTIAL MODE AMPLIFIER
4.4 DIFFERENTIAL MODE AMPLIFIER
4.5 TURNED AMPLIFIER
4.5 TURNED AMPLIFIER

UNIT V

FEEDBACK AMPLIFIERS AND OSCILLATORS
5.1 FEEDBACK AMPLIFIER
5.1 FEEDBACK AMPLIFIER
5.2 VOLTAGE FEEDBACK AMPLIFIER
5.2 VOLTAGE FEEDBACK AMPLIFIER
5.3 GAIN OF NEGATIVE FEEDBACK VOLTAGE AMPLIFIER
5.3 GAIN OF NEGATIVE FEEDBACK VOLTAGE AMPLIFIER
5.4 NEGATIVE VOLTAGE FEEDBACK AMPLIFIER
5.4 NEGATIVE VOLTAGE FEEDBACK AMPLIFIER
5.5 OSCILLATORS
5.5 OSCILLATORS

CS3353 C PROGRAMMING AND DATA STRUCTURE

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

C PROGRAMMING FUNDAMENTALS
1.1 Variables
1.1 Variables
1.2 Conditional Statements
1.2 Conditional Statements
1.3 Operations
1.3 Operations
1.4 Functions
1.4 Functions
1.5 Array
1.5 Array

UNIT II

C PROGRAMMING ADVANCED FEATURES
2.1 Structures
2.1 Structures
2.2 Pointers
2.2 Pointers
2.3 File Handling
2.3 File Handling
2.4 Preprocessor Derivatives
2.4 Preprocessor Derivatives

UNIT III

LINEAR DATA STRUCTURES
3.1 Array based Implementation
3.1 Array based Implementation
3.2 List data structure
3.2 List data structure
3.3 Queue ADT
3.3 Queue ADT
3.3 Stack ADT
3.3 Stack ADT

UNIT IV

NON LINEAR DATA STRUCTURES
4.1 Binary Search Tree
4.1 Binary Search Tree
4.2 Tree Traversal
4.2 Tree Traversal
4.3 Hashing
4.3 Hashing
4.4 Open Addressing Techniques
4.4 Open Addressing Techniques

UNIT V

SORTING AND SEARCHING TECHNIQUES
5.1 Binary Search
5.1 Binary Search
5.2 Insertion Sort
5.2 Insertion Sort
5.3 Quick Sort
5.3 Quick Sort
5.4 Merge Sort
5.4 Merge Sort

Semester IV

EE3401 TRANSMISSION AND DISTRIBUTION

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

TRANSMISSION LINE PARAMETERS
1.1 Structure Of Power System
1.1 Structure Of Power System
1.2 Parameters Of Single And Three Phase Transmission
1.2 Parameters Of Single And Three Phase Transmission
1.3 Capacitance Of Transmission Lines
1.3 Capacitance Of Transmission Lines
1.4 Concept Of Self-GMD And Mutual-GMD
1.4 Concept Of Self-GMD And Mutual-GMD
1.5 Skin Effect
1.5 Skin Effect
1.6 Types Of Conductor
1.6 Types Of Conductor

UNIT II

MODELLING AND PERFORMANCE OF TRANSMISSION LINES
2.1 Classification of Overhead Transmission
2.1 Classification of Overhead Transmission
2.2 Voltage Regulation And Transmission Efficiency
2.2 Voltage Regulation And Transmission Efficiency
2.3 Performance Of Short Transmission Lines
2.3 Performance Of Short Transmission Lines
2.4 Medium Transmission Lines
2.4 Medium Transmission Lines
2.5 Long Transmission Lines
2.5 Long Transmission Lines
2.6 Power Circle Diagram
2.6 Power Circle Diagram
2.7 Corona
2.7 Corona

UNIT III

MECHANICAL DESIGN OF LINES
3.1 Sag In Overhead Lines
3.1 Sag In Overhead Lines
3.2 Calculation of Sag
3.2 Calculation of Sag
3.3 Towers, Methods of Grounding
3.3 Towers, Methods of Grounding
3.4 Types Of Insulator
3.4 Types Of Insulator
3.5 Potential Distribution Over Suspension Insulator String
3.5 Potential Distribution Over Suspension Insulator String
3.6 String Efficiency
3.6 String Efficiency
3.7 Methods of Improving String Efficiency
3.7 Methods of Improving String Efficiency
3.8 Testing of Insulator
3.8 Testing of Insulator

UNIT IV

UNDER GROUND CABILITYS
4.1 Underground Cables
4.1 Underground Cables
4.2 Types of Underground Cables
4.2 Types of Underground Cables
4.3 Construction of Cables
4.3 Construction of Cables
4.4 Insulation materials, Insulation Resistance of A Single-Core Cable
4.4 Insulation materials, Insulation Resistance of A Single-Core Cable
4.5 Capacitance of A Single-Core Cable
4.5 Capacitance of A Single-Core Cable
4.6 Grading of Cables
4.6 Grading of Cables
4.7 Potential Gradient
4.7 Potential Gradient
4.8 Capacitance of 3-Core Cables
4.8 Capacitance of 3-Core Cables
4.9 Power Factor of Cable
4.9 Power Factor of Cable
4.10 DC Cables, Heating of Cables
4.10 DC Cables, Heating of Cables

UNIT V

DISTRIBUTION SYSTEMS
5.1 Distribution Systems – General Aspects
5.1 Distribution Systems – General Aspects
5.2 Kelvin’s Law
5.2 Kelvin’s Law
5.3 AC Distribution
5.3 AC Distribution
5.4 DC Distribution
5.4 DC Distribution
5.5 EHVAC and HVDC Transmission System
5.5 EHVAC and HVDC Transmission System
5.6 Substation
5.6 Substation
5.7 Methods of Grounding
5.7 Methods of Grounding
5.8 FACTS
5.8 FACTS

EE3402 LINEAR INTEGRATED CIRCUITS AND APPLICATIONS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

LINEAR INTEGRATED CIRCUITS AND APPLICATIONS
1.1 Integrated Circuits-Classification , Generation, VLSI
1.1 Integrated Circuits-Classification , Generation, VLSI
1.2 Construction of a Monolithic Bipolar Transistor
1.2 Construction of a Monolithic Bipolar Transistor
1.3 Transistor Fabrication: Monolithic Diodes And Thin Resistors
1.3 Transistor Fabrication: Monolithic Diodes And Thin Resistors

UNIT II

CHARACTERISTICS OF OPAMP
Ideal OP-AMP characteristic
Ideal OP-AMP characteristic
DC characteristics, AC characteristics,frequency response of OP-AMP
DC characteristics, AC characteristics,frequency response of OP-AMP
differential amplifier,Voltage-shunt feedback and inverting amplifier - Voltage series feedback: and Non-Inverting Amplifier
differential amplifier,Voltage-shunt feedback and inverting amplifier - Voltage series feedback: and Non-Inverting Amplifier
Basic applications of op-amp –, summer, differentiator and Integrato
Basic applications of op-amp –, summer, differentiator and Integrato

UNIT III

APPLICATIONS OF OPERATIONAL AMPLIFIER
Instrumentation amplifier and its applications for transducer Bridge
Instrumentation amplifier and its applications for transducer Bridge
Analog To Digital & Digital To Analog Converters
Analog To Digital & Digital To Analog Converters
Sample And Hold Circuits
Sample And Hold Circuits

UNIT IV

SPECIAL ICs
4.1 Analog Multipliers
4.1 Analog Multipliers
4.2 Phase Locked Loop
4.2 Phase Locked Loop
4.3 Timer
4.3 Timer
4.4 Voltage Controlled Oscillator
4.4 Voltage Controlled Oscillator

UNIT V

APPLICATION ICs
5.1 Linear Regulators
5.1 Linear Regulators
5.2 IC 723 General Purpose Regulator
5.2 IC 723 General Purpose Regulator
5.3 Switching Regulator
5.3 Switching Regulator
5.4 Monolithic Switching Regulator
5.4 Monolithic Switching Regulator
5.5 Function Generator
5.5 Function Generator

EE3403 MEASUREMENTS AND INSTRUMENTATION

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION
1.1 Functional Elements of an Instrument
1.1 Functional Elements of an Instrument
1.2 Static Characteristics
1.2 Static Characteristics
1.3 Dynamic Characteristics
1.3 Dynamic Characteristics
1.4 Errors in Measurement
1.4 Errors in Measurement
1.5 Standard & Calibration
1.5 Standard & Calibration

UNIT II

ELECTRICAL AND ELECTRONIC INSTRUMENTS
2.1 Instruments & Types
2.1 Instruments & Types
2.2 Permanent Magnet Moving Coil Instrument
2.2 Permanent Magnet Moving Coil Instrument
2.3 Extension of range of PMMC instrument & MI Instruments
2.3 Extension of range of PMMC instrument & MI Instruments
2.4 Electromagnetic Moving coil Instrument
2.4 Electromagnetic Moving coil Instrument
2.5 Electro Dynamometer Wattmeter
2.5 Electro Dynamometer Wattmeter
2.6 Instrument Transformers
2.6 Instrument Transformers

UNIT III

COMPARATIVE METHODS OF MEASUREMENTS
3.1 D.C & A.C Potentiometers
3.1 D.C & A.C Potentiometers
3.2 D.C & A.C Bridges
3.2 D.C & A.C Bridges
3.3 Maxwell Bridge Definition
3.3 Maxwell Bridge Definition
3.4 Transformer Ratio Bridges
3.4 Transformer Ratio Bridges
3.5 Receiving / Inspection / Storage
3.5 Receiving / Inspection / Storage
3.6 Final Inspection Prior to Energization
3.6 Final Inspection Prior to Energization
3.7 Interference and Screening
3.7 Interference and Screening

UNIT IV

STORAGE AND DISPLAY DEVICES
4.1 Recorders
4.1 Recorders
4.2 Digital Plotters and Printers
4.2 Digital Plotters and Printers
4.3 CRT Display
4.3 CRT Display
4.4 Data Logger
4.4 Data Logger
4.5 Light Emitting Diode
4.5 Light Emitting Diode
4.6 Liquid Crystal Display
4.6 Liquid Crystal Display

UNIT V

TRANSDUCERS AND DATA ACQUISITION SYSTEMS
5.1 Transducers
5.1 Transducers
5.2 Analog and Digital Transducers
5.2 Analog and Digital Transducers
5.3 Characteristics of Transducer
5.3 Characteristics of Transducer
5.4 Resistance Transducers
5.4 Resistance Transducers
5.5 Inductive Transducers
5.5 Inductive Transducers
5.6 Digital Transducers
5.6 Digital Transducers
5.7 Piezoelectric Transducers
5.7 Piezoelectric Transducers
5.8 Hall Effect Transducers
5.8 Hall Effect Transducers
5.9 Data Acquisition Systems
5.9 Data Acquisition Systems

EE3403-Measurements and instrumentation

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

CONCEPTS OF MEASUREMENTS
1.1 MEASUREMENTS
1.1 MEASUREMENTS
STATIC& DYNAMIC CHARACTERISTICS
STATIC& DYNAMIC CHARACTERISTICS
ERRORS IN MEASUREMENT
ERRORS IN MEASUREMENT
STANDARD & CALIBRATION
STANDARD & CALIBRATION

EE3405 ELECTRICAL MACHINES – II

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

SYNCHRONOUS GENERATOR
1.1 Synchronous Generator
1.1 Synchronous Generator
1.2 Armature Winding Of Synchronous Generator
1.2 Armature Winding Of Synchronous Generator
1.3 Concentrated and Distributed Winding
1.3 Concentrated and Distributed Winding
1.4 EMF Equation of an Alternator
1.4 EMF Equation of an Alternator
1.5 Equivalent Circuit Of An Alternator
1.5 Equivalent Circuit Of An Alternator

UNIT II

SYNCHRONOUS MOTOR
2.1 Principle of Working of 3-Phase Synchronous Motor
2.1 Principle of Working of 3-Phase Synchronous Motor
2.2 Analysis of Phasor Diagram
2.2 Analysis of Phasor Diagram
2.3 V Curves and Inverted V Curves
2.3 V Curves and Inverted V Curves
2.4 Expression for Back E.M.F and per Phase in synchronous motor
2.4 Expression for Back E.M.F and per Phase in synchronous motor
2.5 Power Input and Power Developed Equations
2.5 Power Input and Power Developed Equations

UNIT III

THREE PHASE INDUCTION MOTOR
3.1 Constructional Details of induction motor
3.1 Constructional Details of induction motor
3.2 Cogging and Crawling
3.2 Cogging and Crawling
3.3 Equivalent Circuit of Induction Motor
3.3 Equivalent Circuit of Induction Motor
3.4 Torque-Slip and Speed Torque Characteristics
3.4 Torque-Slip and Speed Torque Characteristics
3.5 Losses in Induction Motor
3.5 Losses in Induction Motor

UNIT IV

STARTING AND SPEED CONTROL OF THREE PHASE INDUCTION MOTOR
4.1 Introduction
4.1 Introduction
4.2 Stator Resistance Starter and Auto Transformer Starter
4.2 Stator Resistance Starter and Auto Transformer Starter
4.3 Star - Delta Starter , Rotor Resistance Starter and DOL Starter
4.3 Star - Delta Starter , Rotor Resistance Starter and DOL Starter
4.4 Speed Control Of 3 Phase Induction Motor
4.4 Speed Control Of 3 Phase Induction Motor
4.5 Electrical Braking of an Induction Motor
4.5 Electrical Braking of an Induction Motor

UNIT V

SINGLE PHASE INDUCTION MOTORS AND SPECIAL MACHINES
5.1 Construction And Operation Of Single Phase Induction Motor
5.1 Construction And Operation Of Single Phase Induction Motor
5.2 Torque Speed Characteristics
5.2 Torque Speed Characteristics
5.3 Types Of Single Phase Induction Motor
5.3 Types Of Single Phase Induction Motor
5.4 Equivalent Circuit Of Single Phase Induction Motor
5.4 Equivalent Circuit Of Single Phase Induction Motor
5.5 Tests On Single Phase Induction Motor
5.5 Tests On Single Phase Induction Motor

EE3404 Microprocessor and Microcontroller

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION TO 8085 ARCHITECTURE
1.1 Functional Building Blocks of Processor
1.1 Functional Building Blocks of Processor
1.2 Hardware Architecture of 8085 Processor
1.2 Hardware Architecture of 8085 Processor
1.3 Pinouts in 8085 Processor
1.3 Pinouts in 8085 Processor
1.4 Memory organization
1.4 Memory organization
1.5 I/O ports and data transfer concepts
1.5 I/O ports and data transfer concepts
1.6 Timing Diagram
1.6 Timing Diagram
1.7 Interrupts
1.7 Interrupts

UNIT II

8085 INSTRUCTION SET AND PROGRAMMING
2.1Instruction - format and addressing modes
2.1Instruction - format and addressing modes
2.2 Data transfer
2.2 Data transfer
2.3 Data manipulation
2.3 Data manipulation
2.4 Control instructions
2.4 Control instructions
2.5 Loop structure with counting & Indexing
2.5 Loop structure with counting & Indexing
2.6 Subroutine instructions
2.6 Subroutine instructions
2.7 Stack
2.7 Stack

UNIT III

INTERFACING BASICS AND ICS
3.1 8255 Architecture, configuration and interfacing.
3.1 8255 Architecture, configuration and interfacing.
3.2 8259 Architecture, configuration and interfacing
3.2 8259 Architecture, configuration and interfacing
3.38254 Architecture, configuration and interfacing
3.38254 Architecture, configuration and interfacing
3.4 8279 Architecture, configuration and interfacing
3.4 8279 Architecture, configuration and interfacing
3.5 A/D and D/A converters
3.5 A/D and D/A converters

UNIT IV

INTRODUCTION TO 8051 MICROCONTROLLER
4.1 Functional Building Blocks of 8051
4.1 Functional Building Blocks of 8051
4.2 Pinouts
4.2 Pinouts
4.3 Memory organization
4.3 Memory organization
4.4 I/O ports and data transfer concepts
4.4 I/O ports and data transfer concepts
4.5 Interrupts
4.5 Interrupts
4.6 Instruction Formats
4.6 Instruction Formats
4.7 Comparison 8085 &8051
4.7 Comparison 8085 &8051

UNIT V

INTRODUCTION TO RISC BASED ARCHITECTURE
5.1 LCD interface.
5.1 LCD interface.
5.2 Servo motor control.
5.2 Servo motor control.
5.3 Stepper motor control
5.3 Stepper motor control
5.4 Washing machine control.
5.4 Washing machine control.
5.5 Traffic Signal Control
5.5 Traffic Signal Control

GE 3451 Environmental Sciences & Sustainability

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

Environment & Biodiversity
1.Introduction to Biodiversity
1.Introduction to Biodiversity
2. Ecosystem
2. Ecosystem
3. Enery flow
3. Enery flow
4. Biodiversity Values
4. Biodiversity Values
5. Conservation of biodiversity
5. Conservation of biodiversity

UNIT II

Environmental Pollution
1.Water and Soil Pollution
1.Water and Soil Pollution
2. Air Pollution
2. Air Pollution
3. Solid waste management
3. Solid waste management
4. Noise Pollution
4. Noise Pollution
5. Environmental acts
5. Environmental acts

UNIT III

New Energy Sources
Energy management and Energy Conservation -PDF
Energy management and Energy Conservation -PDF
New Energy Sources
New Energy Sources
Geothermal Powerplant
Geothermal Powerplant

UNIT IV

Sustainability & Management
1. Development & GDP
1. Development & GDP
2. Sustainability
2. Sustainability
3. Sustainable Development
3. Sustainable Development
4. Climate Change
4. Climate Change
5. Carbon Foot Print
5. Carbon Foot Print

UNIT V

Sustainability Practices
Zero waste concept
Zero waste concept
3-R concept
3-R concept
Sustainable practices
Sustainable practices

Semester V

EE3501 - POWER SYSTEM ANALYSIS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

POWER SYSTEM
Need for system planning and operational studies - Power scenario in India- Power system components
Need for system planning and operational studies - Power scenario in India- Power system components
Representation - Single line diagram -per unit quantities
Representation - Single line diagram -per unit quantities
P.U. impedance diagram – P.U. reactance diagram
P.U. impedance diagram – P.U. reactance diagram
Network graph, Bus incidence matrix, Primitive parameters, and Bus admittance matrix from primitive parameters
Network graph, Bus incidence matrix, Primitive parameters, and Bus admittance matrix from primitive parameters
Formation of bus admittance matrix
Formation of bus admittance matrix

UNIT II

POWER FLOW ANALYSIS
Bus classification
Bus classification
Gauss Seidal Method
Gauss Seidal Method
Newton-Raphson Method
Newton-Raphson Method
Comparison Between Iterative Methods
Comparison Between Iterative Methods
Problems on Gauss – Seidal Method
Problems on Gauss – Seidal Method

UNIT III

SYMMETRICAL FAULT ANALYSIS
Assumptions in short circuit analysis
Assumptions in short circuit analysis
Symmetrical short circuit analysis using Thevenin’s theorem
Symmetrical short circuit analysis using Thevenin’s theorem
Bus Impedance matrix building algorithm
Bus Impedance matrix building algorithm
Symmetrical fault analysis through bus impedance matrix
Symmetrical fault analysis through bus impedance matrix
Short circuit MVA or Fault Level
Short circuit MVA or Fault Level

UNIT IV

UNSYMMETRICAL FAULT ANALYSIS
Unsymmetrical fault analysis Sequence Networks, Sequence Impedance
Unsymmetrical fault analysis Sequence Networks, Sequence Impedance
Unsymmetrical fault analysis LL, LG, LLG Faults
Unsymmetrical fault analysis LL, LG, LLG Faults

UNIT V

STABILITY ANALYSIS
Classification of power system stability
Classification of power system stability
Swing Equation
Swing Equation
Equal Area Criterion
Equal Area Criterion
Modified Euler Method
Modified Euler Method
Runge-Kutta Method
Runge-Kutta Method

EE 3591- POWER ELECTRONICS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

SWITCHING POWER SUPPLIES
1.1 Study of MOSFET
1.1 Study of MOSFET
1.2 Introduction to Snubber and Driver Circuits
1.2 Introduction to Snubber and Driver Circuits
1.3 BUCKREGULATOR
1.3 BUCKREGULATOR
1.4 BOOSTREGULATOR
1.4 BOOSTREGULATOR
1.5 BUCK - BOOST CONVERTER
1.5 BUCK - BOOST CONVERTER

UNIT II

INVERTERS
2.1 Single Phase Inverter
2.1 Single Phase Inverter
2.2 VOLTAGECONTROLOFINVERTERS
2.2 VOLTAGECONTROLOFINVERTERS
2.3 Multiplepulsewidthmodulation
2.3 Multiplepulsewidthmodulation
2.4 Sinusoidal pulse width modulation
2.4 Sinusoidal pulse width modulation
2.5 SINGLE-PHASECURRENTSOURCEINVERTER
2.5 SINGLE-PHASECURRENTSOURCEINVERTER

UNIT III

UNCONTROLLED RECTIFIERS
3.1 SEMICONDUCTOR
3.1 SEMICONDUCTOR
3.2 RECTIFIERS
3.2 RECTIFIERS
3.3.FULL WAVE RECTIFIER
3.3.FULL WAVE RECTIFIER
3.4 FULL WAVE BRIDGE RECTIFIER
3.4 FULL WAVE BRIDGE RECTIFIER
3.5 ACTIVE FILTERS
3.5 ACTIVE FILTERS

UNIT IV

CONTROLLED RECTIFIERS
4.1 Two Transistor Analogy of SCR
4.1 Two Transistor Analogy of SCR
4.2 Two Pulse Converter
4.2 Two Pulse Converter
4.3 Three Pulse Converter
4.3 Three Pulse Converter
4.4 Six Pulse Converter
4.4 Six Pulse Converter
4.5 EFFECTOFSOURCEINDUCTANCE
4.5 EFFECTOFSOURCEINDUCTANCE

UNIT V

AC PHASE CONTROLLERS
5.1 Introduction -ACvoltagecontrollers
5.1 Introduction -ACvoltagecontrollers
5.2 SINGLE-PHASE HALF-WAVE AC VOLTAGE CONTROLLER
5.2 SINGLE-PHASE HALF-WAVE AC VOLTAGE CONTROLLER
5.3 THREE PHASEACVOLTAGECONTROLLER
5.3 THREE PHASEACVOLTAGECONTROLLER
5.4 ACVOLTAGECONTROLSTRATEGY
5.4 ACVOLTAGECONTROLSTRATEGY
5.5 TRIAC BASED PHASE CONTROLLERS
5.5 TRIAC BASED PHASE CONTROLLERS

EE3503 CONTROL SYSTEMS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

MODELING OF LINEAR TIME INVARIANT SYSTEM (LTIV)
1.1 Introduction, Basic elements in control systems
1.1 Introduction, Basic elements in control systems
1.2 Open and closed loop systems
1.2 Open and closed loop systems
1.3 Mechanical Translational and Rotational Systems
1.3 Mechanical Translational and Rotational Systems
1.4 Electrical analogy of Mechanical systems
1.4 Electrical analogy of Mechanical systems
1.5 Electrical analogy of Thermal systems
1.5 Electrical analogy of Thermal systems
1.6 Transfer Function
1.6 Transfer Function
1.7 Servomotor
1.7 Servomotor
1.8 Block Diagram Reduction Techniques
1.8 Block Diagram Reduction Techniques
1.9 Signal flow graph
1.9 Signal flow graph

UNIT II

TIME RESPONSE ANALYSIS
2.1 Time Response
2.1 Time Response
2.2 Time Domain Specifications
2.2 Time Domain Specifications
2.3 Types of Test Inputs
2.3 Types of Test Inputs
2.4 First and Second order system response
2.4 First and Second order system response
2.5 Error coefficients
2.5 Error coefficients
2.6 Steady state error
2.6 Steady state error
2.7 Root Locus construction
2.7 Root Locus construction
2.8 Routh Hurwitz criterion
2.8 Routh Hurwitz criterion
2.9 Time Response Analysis
2.9 Time Response Analysis

UNIT III

FREQUENCY RESPONSE ANALYSIS
3.1 Frequency Response
3.1 Frequency Response
3.2 Bode Plot
3.2 Bode Plot
3.3 Polar Plot
3.3 Polar Plot
3.4 Determination of closed loop response from open loop response
3.4 Determination of closed loop response from open loop response
3.5 Correlation between frequency domain and time domain specifications
3.5 Correlation between frequency domain and time domain specifications
3.6 Nyquist stability criterion
3.6 Nyquist stability criterion

UNIT IV

STATE VARIABLE ANALYSIS
4.1 Concept of State Variables
4.1 Concept of State Variables
4.2 State Models for Linear and Time Invariant Systems
4.2 State Models for Linear and Time Invariant Systems
4.3 Solution of State and Output Equation in Controllable Canonical Form
4.3 Solution of State and Output Equation in Controllable Canonical Form
4.4 Concepts of Controllability and Observability
4.4 Concepts of Controllability and Observability

UNIT V

DESIGN OF FEEDBACK CONTROL SYSTEM
5.1 Characteristic Equation
5.1 Characteristic Equation
5.2 Effect of Lag, Lead and Lag-Lead Compensation on Frequency Response
5.2 Effect of Lag, Lead and Lag-Lead Compensation on Frequency Response
5.3 Design of Lag, Lead and Lag Lead Compensator using Bode Plots
5.3 Design of Lag, Lead and Lag Lead Compensator using Bode Plots
5.4 Effect of P, PI, PID modes of feedback control
5.4 Effect of P, PI, PID modes of feedback control

EE3002-UNDERGROUND CABLES ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

ELECTRICAL POWER CABLES
Underground Cables
Underground Cables
ELECTRIC LIGHTING
ELECTRIC LIGHTING
DISTRIBUTION OF ENERGY FOR LIGHTING
DISTRIBUTION OF ENERGY FOR LIGHTING
PAPER INSULATED CABLES
PAPER INSULATED CABLES
UNDERGROUND RESIDENTIAL DISTRIBUTION SYSTEMS
UNDERGROUND RESIDENTIAL DISTRIBUTION SYSTEMS

UNIT II

CABLE ARCHITECTURE DIELECTRIC THEORY AND CABLE
ARCHITECTURE OF UNDERGROUND CABLING SYSTEM
ARCHITECTURE OF UNDERGROUND CABLING SYSTEM
BASIC DIELECTRIC THEORY OF CABLE
BASIC DIELECTRIC THEORY OF CABLE
CONDUCTORS
CONDUCTORS
ARMOUR AND PROTECTIVE FINISHES
ARMOUR AND PROTECTIVE FINISHES
FUNDAMENTALS OF ELECTRICAL INSULATION MATERIALS
FUNDAMENTALS OF ELECTRICAL INSULATION MATERIALS

UNIT III

SUPPLY DISTRIBUTION SYSTEMS AND CABLES
Supply Distribution Systems
Supply Distribution Systems
Distribution Cable Types
Distribution Cable Types
Paper Insulated Distribution Cables
Paper Insulated Distribution Cables
PVC Insulated Cables
PVC Insulated Cables
Polymeric Insulated Distribution Cables for 6-30 kV
Polymeric Insulated Distribution Cables for 6-30 kV

UNIT IV

TRANSMISSION SYSTEMS AND CABLES
Pressurized Paper Insulated Cable:
Pressurized Paper Insulated Cable:
Self-contained Fluid-filled Cables
Self-contained Fluid-filled Cables
Gas Pressure Cables:
Gas Pressure Cables:
High Pressure Fluid-filled Pipe Cables
High Pressure Fluid-filled Pipe Cables
Polymeric Insulated Cables for Transmission Voltages:
Polymeric Insulated Cables for Transmission Voltages:

UNIT V

CABLE INSTALLATION, TESTING, MAINTENANCE
Installation of Transmission Cables
Installation of Transmission Cables
Splicing, Terminating
Splicing, Terminating
Sheath Bonding and Grounding
Sheath Bonding and Grounding
Testing of Transmission Cable Systems
Testing of Transmission Cable Systems

EE3009- SPECIAL ELECTRICAL MACHINES

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

STEPPER MOTORS
1.1 Constructional Features Principle And Operation Of Stepper Motors And Applications
1.1 Constructional Features Principle And Operation Of Stepper Motors And Applications
1.2 Single And Multi Stack Variable Reluctance Stepper Motor
1.2 Single And Multi Stack Variable Reluctance Stepper Motor
1.3 Hybrid Stepper Motor And Theory Torque Prediction
1.3 Hybrid Stepper Motor And Theory Torque Prediction
1.4 Characteristics Of Stepper motor
1.4 Characteristics Of Stepper motor
1.5 Drive System And Control Circuitry For Stepper motor
1.5 Drive System And Control Circuitry For Stepper motor

UNIT II

SWITCHED RELUCTANCE MOTORS
2.1 Construction And Operation Of switched Reluctance Motor
2.1 Construction And Operation Of switched Reluctance Motor
2.2 Power Semiconductor Switching Circuits For SRM
2.2 Power Semiconductor Switching Circuits For SRM
2.3` Control Circuits For SRM
2.3` Control Circuits For SRM
2.4 Torque-Speed Characteristics
2.4 Torque-Speed Characteristics
2.5 Rotor Position Sensor And Microprocessor Or Computer Based Control Of SRM drive
2.5 Rotor Position Sensor And Microprocessor Or Computer Based Control Of SRM drive

UNIT III

PERMANENT MAGNET BRUSHLESS DC MOTORS
3.1 Permanent Magnets Material
3.1 Permanent Magnets Material
3.2 Permanent Magnet Brushless D.C Motors
3.2 Permanent Magnet Brushless D.C Motors
3.3 Construction Of Mechanical Commutator and Torque- Speed Charactersistics
3.3 Construction Of Mechanical Commutator and Torque- Speed Charactersistics
3.4 Power Controller for BLPM Square Wave DC Motor
3.4 Power Controller for BLPM Square Wave DC Motor
3.5 Magnetic Circuit Analysis on Open Circuit
3.5 Magnetic Circuit Analysis on Open Circuit

UNIT IV

PERMANENT MAGNET SYNCHROUNOUS MOTORS
4.1 Construction And Operation Of a Permanent Magnet Synchronous Motor
4.1 Construction And Operation Of a Permanent Magnet Synchronous Motor
4.2 Microprocessor Based Control Of PMSM
4.2 Microprocessor Based Control Of PMSM
4.3 Self Control And Vector Control Of PMSM
4.3 Self Control And Vector Control Of PMSM
4.4 Torque-Speed Characteristics And Phasor Diagram Of BLPM
4.4 Torque-Speed Characteristics And Phasor Diagram Of BLPM
4.5 Emf And Torque Equation Of Permanent Magnet Synchronous Motor
4.5 Emf And Torque Equation Of Permanent Magnet Synchronous Motor

UNIT V

STUDY OF OTHER SPECIAL ELECTRICAL MACHINES
5.1 Constructional Features Of Synchronous Reluctance Motor
5.1 Constructional Features Of Synchronous Reluctance Motor
5.2 Torque – Speed Characteristics
5.2 Torque – Speed Characteristics
5.3 Phasor Diagram Of Synchronous Reluctance Motor
5.3 Phasor Diagram Of Synchronous Reluctance Motor
5.4 Construction Features Of Stator Of Hysteresis Motor
5.4 Construction Features Of Stator Of Hysteresis Motor

EE3014-POWER ELECTRONICS FOR RENEWABLE ENERGY SYSTEMS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION TO RENEWABLEENE
1.1 classification of energy sources
1.1 classification of energy sources
1.2 environmental aspects of electric energy conversion
1.2 environmental aspects of electric energy conversion
1.3 Qualitative study of different renewable energy resources Solar,wind.
1.3 Qualitative study of different renewable energy resources Solar,wind.
1.4 Qualitative study of different renewable energy resources ocean, biomass, fuel cell
1.4 Qualitative study of different renewable energy resources ocean, biomass, fuel cell
1.5: qualitative study of different renewable energy resources: hydrogen energy systems and hybrid renewable energy systems
1.5: qualitative study of different renewable energy resources: hydrogen energy systems and hybrid renewable energy systems

UNIT II

ELECTRICAL MACHINES FOR WIND ENERGY CONVERSION SYSTEMS
2.1 Reference theory fundamentals-principle of operation and analysis
2.1 Reference theory fundamentals-principle of operation and analysis
2.2. IG
2.2. IG
2.3 PMSG
2.3 PMSG
2.4 SCIG
2.4 SCIG
2.5 DFIG
2.5 DFIG

UNIT III

POWER CONVERTERS AND ANALYSIS OF SOLAR PV SYSTEMS
3.1-power converters line commutated converters (inversion-mode) - boost and buck-boost converters- selection of inverter, battery sizing, array sizing.
3.1-power converters line commutated converters (inversion-mode) - boost and buck-boost converters- selection of inverter, battery sizing, array sizing.
3.2 - simulation of line commutated converters, buck boost converters
3.2 - simulation of line commutated converters, buck boost converters
3.3-Analysis- Block diagram of the solar PV systems
3.3-Analysis- Block diagram of the solar PV systems
3.4- types of solar pv systems stand-alone pv systems, grid integrated solar pv systems - grid connection issues
3.4- types of solar pv systems stand-alone pv systems, grid integrated solar pv systems - grid connection issues

UNIT IV

POWER CONVERTERS FOR WIND SYSTEMS
4.1-stand power converters three-phase ac voltage controllers
4.1-stand power converters three-phase ac voltage controllers
4.2-ac-dc-ac converters uncontrolled rectifiers, pwm inverters, grid-interactive inverters - matrix converter
4.2-ac-dc-ac converters uncontrolled rectifiers, pwm inverters, grid-interactive inverters - matrix converter
4.3-pwm inverters
4.3-pwm inverters
4.4 - grid-interactive inverters - matrix converter
4.4 - grid-interactive inverters - matrix converter

UNIT V

HYBRID RENEWABLE ENERGY SYSTEMS
5.1 - Need for hybrid systems
5.1 - Need for hybrid systems
5.2- range and type of hybrid systems
5.2- range and type of hybrid systems
5.3- Case studies of Wind
5.3- Case studies of Wind
5.4-pv maximum power point tracking (mppt).
5.4-pv maximum power point tracking (mppt).

Semester VI

EE3601-PROTECTION AND SWITCH GEAR

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

PROTECTION SCHEMES
1.1 Principle and Need for Protection Scheme
1.1 Principle and Need for Protection Scheme
1.2 Types of Faults
1.2 Types of Faults
1.3 Methods of Grounding
1.3 Methods of Grounding
1.4 Zones of Protection and Essential Qualities of Protection
1.4 Zones of Protection and Essential Qualities of Protection
1.5 Protection Scheme
1.5 Protection Scheme

UNIT II

ELECTROMAGNETIC RELAYS
2.1 Operating Principles of Relays
2.1 Operating Principles of Relays
2.2 Universal Relay
2.2 Universal Relay
2.3 Electromagnetic Relays
2.3 Electromagnetic Relays
2.4 Distance Relay
2.4 Distance Relay
2.5 Differential Relay
2.5 Differential Relay
2.6 Negative sequence and Under frequency relays
2.6 Negative sequence and Under frequency relays

UNIT III

APPARATUS PROTECTION
3.1 Transformers and their Applications
3.1 Transformers and their Applications
3.2 Protection of Transformer
3.2 Protection of Transformer
3.3 Protection of Generator
3.3 Protection of Generator
3.4 Protection of Motor
3.4 Protection of Motor
3.5 Protection of Bus Bars
3.5 Protection of Bus Bars
3.7 Protection of Transmission Line
3.7 Protection of Transmission Line

UNIT IV

STATIC RELAYS AND NUMERICAL PROTECTION
4.1 Static Relays
4.1 Static Relays
4.2 Phase, Amplitude Comparators
4.2 Phase, Amplitude Comparators
4.3 Synthesis of Various Relays using Static Comparators
4.3 Synthesis of Various Relays using Static Comparators
4.4 Block diagram of Numerical relays
4.4 Block diagram of Numerical relays
4.5 Over Current Protection, Transformer Differential Protection, Distant Protection of Transmission lines
4.5 Over Current Protection, Transformer Differential Protection, Distant Protection of Transmission lines

UNIT V

CIRCUIT BREAKERS
5.1 Physics of arcing phenomenon and arc interruption
5.1 Physics of arcing phenomenon and arc interruption
5.2 DC and AC circuit breaking
5.2 DC and AC circuit breaking
5.3 Re-striking voltage , Recovery voltage and Rate of rise of recovery voltage
5.3 Re-striking voltage , Recovery voltage and Rate of rise of recovery voltage
5.4 Resistance switching
5.4 Resistance switching
5.5 Types of circuit breakers
5.5 Types of circuit breakers
5.6 HVDC Breaker
5.6 HVDC Breaker

EE3602 POWER SYSTEM OPERATION AND CONTROL

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION
POWER SCENARIO IN INDIAN GRID
POWER SCENARIO IN INDIAN GRID
REQUIREMENTS OF GOOD POWER SYSTEM
REQUIREMENTS OF GOOD POWER SYSTEM
SYSTEM LOAD
SYSTEM LOAD
NECESSITY OF VOLTAGE AND FREQUENCY REGULATION
NECESSITY OF VOLTAGE AND FREQUENCY REGULATION
OVERVIEW OF POWER SYSTEM CONTROL (PLANT LEVEL AND SYSTEM LEVEL CONTROL)
OVERVIEW OF POWER SYSTEM CONTROL (PLANT LEVEL AND SYSTEM LEVEL CONTROL)
LOAD FORECASTING
LOAD FORECASTING
LOAD SHARING BETWEEN TWO SYNCHRONOUS MACHINES IN PARALLEL
LOAD SHARING BETWEEN TWO SYNCHRONOUS MACHINES IN PARALLEL
BASICS OF SPEED GOVERNING MECHANISMS AND MODELLING
BASICS OF SPEED GOVERNING MECHANISMS AND MODELLING

UNIT II

REAL POWER - FREQUENCY CONTROL
LOAD FREQUENCY CONTROL
LOAD FREQUENCY CONTROL
SINGLE AREA AND DERIVE THE STEADY STATE FREQUENCY ERROR
SINGLE AREA AND DERIVE THE STEADY STATE FREQUENCY ERROR
STATIC ANALYSIS OR STEADY STATE RESPONSE OF UNCONTROLLED CASE
STATIC ANALYSIS OR STEADY STATE RESPONSE OF UNCONTROLLED CASE
UNCONTROLLED TWO AREA LOAD FREQUENCY CONTROL SYSTEM
UNCONTROLLED TWO AREA LOAD FREQUENCY CONTROL SYSTEM
STATE VARIABILITY MODEL
STATE VARIABILITY MODEL
INTEGRATION OF ECONOMIC DISPATCH CONTROL WITH LFC
INTEGRATION OF ECONOMIC DISPATCH CONTROL WITH LFC

UNIT III

REACTIVE POWER – VOLTAGE CONTROL
EXCITATION SYSTEMS REQUIREMENTS
EXCITATION SYSTEMS REQUIREMENTS
MODELING OF EXCITATION SYSTEM
MODELING OF EXCITATION SYSTEM
VOLTAGE CONTROL METHOD
VOLTAGE CONTROL METHOD
STATIC VAR COMPENSATORS
STATIC VAR COMPENSATORS
STATIC ANALYSIS OF AUTOMATIC VOLTAGE REGULATOR LOOP
STATIC ANALYSIS OF AUTOMATIC VOLTAGE REGULATOR LOOP
TAP CHANGING TRANSFORMER
TAP CHANGING TRANSFORMER
FC – TCR
FC – TCR
STATCOM
STATCOM

UNIT IV

ECONOMIC OPERATION OF POWER SYSTEM
ECONOMIC OPERATION OF POWER SYSTEM
ECONOMIC OPERATION OF POWER SYSTEM
INCREMENTAL COST CURVE
INCREMENTAL COST CURVE
ECONOMIC DISPATCH WITHOUT LOSS & WITH LOSS
ECONOMIC DISPATCH WITHOUT LOSS & WITH LOSS
UNIT COMMITMENT
UNIT COMMITMENT
DYNAMIC PROGRAMMING METHOD
DYNAMIC PROGRAMMING METHOD
PRIORITY LIST METHOD
PRIORITY LIST METHOD

UNIT V

COMPUTER AIDED CONTROL OF POWER SYSTEM
NEED OF COMPUTER CONTROL OF POWER SYSTEMS
NEED OF COMPUTER CONTROL OF POWER SYSTEMS
ENERGY CONTROL CENTRES
ENERGY CONTROL CENTRES
ENERGY MANAGEMENT SYSTEM (EMS)
ENERGY MANAGEMENT SYSTEM (EMS)
SUPERVISORY CONTROL AND DATA ACQUISITION (SCADA)
SUPERVISORY CONTROL AND DATA ACQUISITION (SCADA)
VARIOUS OPERATING STATES
VARIOUS OPERATING STATES
SECURITY ANALYSIS & CONTROL
SECURITY ANALYSIS & CONTROL

OCS352 IOT CONCEPTS AND APPLICATIONS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION TO INTERNET OF THINGS
Evolution of Internet of Things
Evolution of Internet of Things
Enabling Technologies
Enabling Technologies
IoT Architectures
IoT Architectures
Simplified IoT Architecture and Core IoT Functional Stack
Simplified IoT Architecture and Core IoT Functional Stack
Fog, Edge and Cloud in IoT
Fog, Edge and Cloud in IoT

UNIT II

COMPONENTS IN INTERNET OF THINGS
Functional Blocks of an IoT Ecosystem
Functional Blocks of an IoT Ecosystem
Sensors, Actuators, and Smart Objects , Control Units
Sensors, Actuators, and Smart Objects , Control Units
Communication modules -Bluetooth
Communication modules -Bluetooth
Communication modules-Zigbee
Communication modules-Zigbee
Communication modules -Wifi, GPS, GSM Modules
Communication modules -Wifi, GPS, GSM Modules

UNIT III

PROTOCOLS AND TECHNOLOGIES BEHIND IOT
IOT Protocols - IPv6
IOT Protocols - IPv6
IOT Protocols -6LoWPAN
IOT Protocols -6LoWPAN
IOT Protocols -MQTT, CoAP
IOT Protocols -MQTT, CoAP
RFID, Wireless Sensor Networks, BigData Analytics, Cloud Computing
RFID, Wireless Sensor Networks, BigData Analytics, Cloud Computing
Embedded Systems
Embedded Systems

UNIT IV

OPEN PLATFORMS AND PROGRAMMING
IOT deployment for Raspberry Pi /Arduino platform
IOT deployment for Raspberry Pi /Arduino platform
Raspberry-Pi Architecture
Raspberry-Pi Architecture
Interface a Raspberry Pi with an Arduino
Interface a Raspberry Pi with an Arduino
Sending and Receiving Signals Using GPIO Pins
Sending and Receiving Signals Using GPIO Pins
Connecting IOT devices to the cloud
Connecting IOT devices to the cloud

UNIT V

IOT APPLICATIONS
Business models for the internet of things
Business models for the internet of things
Smart mobility and transport and Industrial IoT
Smart mobility and transport and Industrial IoT
Smart health, Environment monitoring and surveillance
Smart health, Environment monitoring and surveillance
Home Automation and Smart Agriculture
Home Automation and Smart Agriculture

EE3012 - ELECTRICAL DRIVES

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

DRIVE CHARACTERISTICS
1.1 Electric Drive
1.1 Electric Drive
1.2 Equations Governing Motor Load Dynamics
1.2 Equations Governing Motor Load Dynamics
1.3 Steady State Stability
1.3 Steady State Stability
1.4 Multi Quadrant Dynamics
1.4 Multi Quadrant Dynamics
1.5 Acceleration, Deceleration, Starting & Stopping
1.5 Acceleration, Deceleration, Starting & Stopping

UNIT II

CONVERTER / CHOPPER FED DC MOTOR DRIVE
2.1 Steady State Analysis of Single Phase Converter fed Drives
2.1 Steady State Analysis of Single Phase Converter fed Drives
2.2 Steady State Analysis of Three Phase Converter fed Drives
2.2 Steady State Analysis of Three Phase Converter fed Drives
2.3 Continuous Conduction
2.3 Continuous Conduction
2.4 Time Ratio and Current Limit Control
2.4 Time Ratio and Current Limit Control
2.5 Four Quadrant Operation of Converter / Chopper fed Drive
2.5 Four Quadrant Operation of Converter / Chopper fed Drive

UNIT III

INDUCTION MOTOR DRIVES
3.1 Stator Voltage Control
3.1 Stator Voltage Control
3.2 V/f Control
3.2 V/f Control
3.3 Rotor Resistance Control
3.3 Rotor Resistance Control
3.4 Qualitative Treatment of Slip Power Recovery Drives
3.4 Qualitative Treatment of Slip Power Recovery Drives
3.5 Closed Loop Control
3.5 Closed Loop Control

UNIT IV

SYNCHRONOUS MOTOR DRIVES
4.1 V/f Control
4.1 V/f Control
4.2 Self Control of Synchronous Motor
4.2 Self Control of Synchronous Motor
4.3 Margin Angle Control
4.3 Margin Angle Control
4.4 Voltage Source Inverter Fed Synchronous Motor Drive
4.4 Voltage Source Inverter Fed Synchronous Motor Drive

UNIT V

DESIGN OF CONTROLLERS FOR DRIVES
5.1 Transfer Function for DC Motor
5.1 Transfer Function for DC Motor
5.2 Closed Loop Control with Current and Speed Feedback
5.2 Closed Loop Control with Current and Speed Feedback
5.3 Field Weakening Mode
5.3 Field Weakening Mode
5.4 Design of Current Controller
5.4 Design of Current Controller

Semester VII

OMR353

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

SENSOR CLASSIFICATION, CHARACTERISTICS AND SIGNAL TYPES
Basics of Measurement
Basics of Measurement
1.2 Classification of Errors in Measurement
1.2 Classification of Errors in Measurement
1.3 Error Analysis in Measurement
1.3 Error Analysis in Measurement
1.4 Static and Dynamic Characteristics of Transducers
1.4 Static and Dynamic Characteristics of Transducers
1.5 Performance Measures of Sensors
1.5 Performance Measures of Sensors
1.6 Sensor Calibration Techniques
1.6 Sensor Calibration Techniques
1.7 Sensor Outputs - Signal Types
1.7 Sensor Outputs - Signal Types

UNIT II

DISPLACEMENT, PROXIMITY AND RANGING SENSORS
2.1 Displacement Sensors
2.1 Displacement Sensors
2.2 Potentiometers
2.2 Potentiometers
2.3 Linear Variable Differential Transformer (LVDT)
2.3 Linear Variable Differential Transformer (LVDT)
2.4 Rotary Variable Differential Transformer (RVDT)
2.4 Rotary Variable Differential Transformer (RVDT)
2.5 Laser Range Sensor (LIDAR)
2.5 Laser Range Sensor (LIDAR)
2.6 Global Positioning System (GPS)
2.6 Global Positioning System (GPS)

Semester VIII

Regulation 2017

Semester I

HS8151 COMMUNICATIVE ENGLISH HS3151- PROFESSIONAL ENGLISH-I HS3151-PROFESSIONAL ENGLISH-I MA3151- MATRICES AND CALCULUS PH8151 ENGINEERING PHYSICS PH3151 ENGINEERING PHYSICS PH3151-ENGINEERING PHYSICS CY8151 ENGINEERING CHEMISTRY CY8151ENGINEERING CHEMISTRY GE8151 PROBLEM SOLVING AND PYTHON PROGRAMMING GE8152 ENGINEERING GRAPHICS

Semester II

HS8251 TECHNICAL ENGLISH

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION TECHNICAL ENGLISH
1.1 Listening to Talks mostly of a Scientific/Technical Nature and Completing Information-Gap Exercises
1.1 Listening to Talks mostly of a Scientific/Technical Nature and Completing Information-Gap Exercises
1.2 Speaking –Asking for and Giving Directions
1.2 Speaking –Asking for and Giving Directions
1.3 Reading – Reading Short Technical Texts from Journals
1.3 Reading – Reading Short Technical Texts from Journals
1.4 Purpose statements
1.4 Purpose statements
1.5 Extended Definitions
1.5 Extended Definitions
1.6 Writing Instructions
1.6 Writing Instructions
1.7 Checklists-Recommendations
1.7 Checklists-Recommendations
1.8 Technical Vocabulary
1.8 Technical Vocabulary
1.9 Subject Verb Agreement
1.9 Subject Verb Agreement
1.10 Compound Words
1.10 Compound Words

UNIT II

READING AND STUDY SKILLS
1.1 Listening to Longer Technical Talks and Completing Exercises based on them
1.1 Listening to Longer Technical Talks and Completing Exercises based on them
1.2 Speaking- Describing a Process
1.2 Speaking- Describing a Process
1.3 Reading Longer Technical Text
1.3 Reading Longer Technical Text
1.4 Interpreting Charts and Graphs
1.4 Interpreting Charts and Graphs
1.5 Vocabulary used in Letters, Emails and Reports
1.5 Vocabulary used in Letters, Emails and Reports
1.6 Numerical Adjective
1.6 Numerical Adjective
1.7 Impersonal Passive
1.7 Impersonal Passive

UNIT III

TECHNICAL WRITING AND GRAMMAR
1.1 Listening to Classroom Lectures/ Talkls on Engineering/Technology
1.1 Listening to Classroom Lectures/ Talkls on Engineering/Technology
1.2 Speaking- Introduction to Technical Presentation
1.2 Speaking- Introduction to Technical Presentation
1.3 Reading Longer Text
1.3 Reading Longer Text
1.4 Describing a Process
1.4 Describing a Process
1.5 Misspelled Words
1.5 Misspelled Words
1.6 Sequence Words
1.6 Sequence Words
1.7 Embedded Sentences
1.7 Embedded Sentences

UNIT IV

REPORT WRITING
1.1 Listening to Documentaries and Making Notes.
1.1 Listening to Documentaries and Making Notes.
1.2 Speaking- Mechanics of Presentation
1.2 Speaking- Mechanics of Presentation
1.3 Reading for Detailed Comprehension
1.3 Reading for Detailed Comprehension
1.4 Writing - Job Application Letter
1.4 Writing - Job Application Letter
1.5 Writing - Analytical Essays and Issue based Essays
1.5 Writing - Analytical Essays and Issue based Essays
1.6 Finding Suitable Synonyms
1.6 Finding Suitable Synonyms
1.7 If Conditionals
1.7 If Conditionals

UNIT V

GROUP DISCUSSION AND JOB APPLICATIONS
1.1 Listening- TED/Ink talks
1.1 Listening- TED/Ink talks
1.2 Speaking - Group Discussion
1.2 Speaking - Group Discussion
1.3 Reading and Understanding Technical Articles
1.3 Reading and Understanding Technical Articles
1.4 Report Writing
1.4 Report Writing
1.5 Reported Speech
1.5 Reported Speech
1.6 Verbal Analogies
1.6 Verbal Analogies

MA8251 ENGINEERING MATHEMATICS – II

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

MATRICES
1.1 Eigenvalues and Eigenvectors of a Real Matrix
1.1 Eigenvalues and Eigenvectors of a Real Matrix
1.2 Characteristic Equation
1.2 Characteristic Equation
1.3 Properties of Eigenvalues and Eigenvectors
1.3 Properties of Eigenvalues and Eigenvectors
1.4 Cayley-Hamilton Theorem
1.4 Cayley-Hamilton Theorem
1.5 Diagonalization of Matrices
1.5 Diagonalization of Matrices
1.6 Reduction of a Quadratic form to Canonical Form by Orthogonal Transformation
1.6 Reduction of a Quadratic form to Canonical Form by Orthogonal Transformation
1.7 Nature of Quadratic Forms.
1.7 Nature of Quadratic Forms.

UNIT III

ANALYTIC FUNCTIONS
1.1 Analytic Functions
1.1 Analytic Functions
1.2 Properties -Harmonic Conjugate
1.2 Properties -Harmonic Conjugate
1.3 Construction of Analytic Function
1.3 Construction of Analytic Function
1.4 Conformal Mapping- Mapping by Functions
1.4 Conformal Mapping- Mapping by Functions
1.5 Bilinear Transformation
1.5 Bilinear Transformation

UNIT IV

COMPLEX INTEGRATION
1.1 Line Integral - Cauchy Integral Theorem
1.1 Line Integral - Cauchy Integral Theorem
1.2 Cauchy Integral Formula
1.2 Cauchy Integral Formula
1.3 Taylor Series- Laurent Series
1.3 Taylor Series- Laurent Series
1.4 Singularities
1.4 Singularities
1.5 Residues
1.5 Residues
1.6 Residue Theorem
1.6 Residue Theorem
1.7 Contour Integration
1.7 Contour Integration

UNIT V

LAPLACE TRANSFORMS
1.1 Existence Conditions
1.1 Existence Conditions
1.2 Transform of Elementary Functions
1.2 Transform of Elementary Functions
1.3 Basic Properties
1.3 Basic Properties
1.4 Shifting Theorems
1.4 Shifting Theorems
1.5 Transforms of Derivatives and Integrals
1.5 Transforms of Derivatives and Integrals
1.6 Initial and Final Value Theorems
1.6 Initial and Final Value Theorems
1.7 Inverse Transforms
1.7 Inverse Transforms
1.8 Convolution Theorem
1.8 Convolution Theorem
1.9 Transform of Periodic Functions
1.9 Transform of Periodic Functions
1.10 Solving Differential Equation
1.10 Solving Differential Equation

PH8253 PHYSICS FOR ELECTRONICS ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

ELECTRICAL PROPERTIES OF MATERIALS
1.1 Introduction
1.1 Introduction
1.2 CFE, Electrical and Thermal Conductivities and wiedemann franz
1.2 CFE, Electrical and Thermal Conductivities and wiedemann franz
1.3 Quantum Theory, Electron in a Metal
1.3 Quantum Theory, Electron in a Metal
1.4 FD Function
1.4 FD Function
1.5 Density of States
1.5 Density of States
1.6 Periodic Potential and Tigth binding Approximation
1.6 Periodic Potential and Tigth binding Approximation
1.7 Energy bands in solids and Classifications
1.7 Energy bands in solids and Classifications
1.8 Effective Mass of Electron
1.8 Effective Mass of Electron

UNIT II

SEMICONDUCTOR PHYSICS
1.1 Introduction and Types of Semiconductors
1.1 Introduction and Types of Semiconductors
1.2 Intrinsic Semiconductor
1.2 Intrinsic Semiconductor
1.3 N Type Semiconductor
1.3 N Type Semiconductor
1.4 P Type Semiconductor
1.4 P Type Semiconductor
1.5 Hall Effect
1.5 Hall Effect
1.6 Carrier Transport In SC
1.6 Carrier Transport In SC
1.7 Schottky Diode and Ohmic Contact
1.7 Schottky Diode and Ohmic Contact
1.8 Tunnel Diode
1.8 Tunnel Diode

UNIT III

MAGNETIC AND DIELECTRIC PROPERTIES OF MATERIALS
1.1 Introduction to Susceptibility
1.1 Introduction to Susceptibility
1.2 Types and Microscopic Classification of Magnetic Materials
1.2 Types and Microscopic Classification of Magnetic Materials
1.3 Domain Theory
1.3 Domain Theory
1.4 Various Polaraizations
1.4 Various Polaraizations
1.5 Dielectric loss and Breakdown
1.5 Dielectric loss and Breakdown
1.6 Internal field (or) Lorentz field & Clausius Mosotti equation
1.6 Internal field (or) Lorentz field & Clausius Mosotti equation

UNIT IV

OPTICAL PROPERTIES OF MATERIALS
1.1 Carrier Generation and Recobinations
1.1 Carrier Generation and Recobinations
1.2 Absorption and Emission
1.2 Absorption and Emission
1.3 Photo Current In PN Diode
1.3 Photo Current In PN Diode
1.4 Solar Cell
1.4 Solar Cell
1.5 Exciton
1.5 Exciton
1.6 LED, OLED
1.6 LED, OLED
1.7 QD Stark Effect, QD Laser
1.7 QD Stark Effect, QD Laser

UNIT V

NANOELECTRONIC DEVICES
1.1 Introduction
1.1 Introduction
1.2 Zener-Bloch Oscillations
1.2 Zener-Bloch Oscillations
1.3 Single Electron Phenomena
1.3 Single Electron Phenomena
1.4 Magnetic Semiconductors
1.4 Magnetic Semiconductors
1.5 Carbon Nano Tubes
1.5 Carbon Nano Tubes

BE8252 BASIC CIVIL AND MECHANICAL ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

SCOPE OF CIVIL AND MECHANICAL ENGINEERING
1.1 Civil Engineering Contributions to the Welfare of Society
1.1 Civil Engineering Contributions to the Welfare of Society

UNIT II

SURVEYING AND CIVIL ENGINEERING MATERIALS
1.1 Surveying
1.1 Surveying

UNIT III

BUILDING COMPONENTS AND STRUCTURES
1.1 Foundations
1.1 Foundations

UNIT IV

INTERNAL COMBUSTION ENGINES AND POWER PLANTS
1.1 Classification of Power Plants
1.1 Classification of Power Plants

UNIT V

REFRIGERATION AND AIR CONDITIONING SYSTEM
1.1 Terminology of Refrigeration and Air Conditioning
1.1 Terminology of Refrigeration and Air Conditioning

EE8251 CIRCUIT ANALYSIS EC8251 CIRCUIT ANALYSIS

UNITS

COURSE MATERIALS & VIDEOS

UNIT II

NETWORK REDUCTION AND THEOREMS FOR DC AND AC IRCUITS
1.1 Network Reduction
1.1 Network Reduction

UNIT III

TRANSIENT RESPONSE ANALYSIS
1.1 L and C Elements
1.1 L and C Elements

UNIT IV

THREE PHASE CIRCUITS
1.1 A.C. Circuits
1.1 A.C. Circuits

UNIT V

RESONANCE AND COUPLED CIRCUITS
1.1 Series and Parallel Resonance
1.1 Series and Parallel Resonance

GE8291 ENVIRONMENTAL SCIENCE AND ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

ENVIRONMENT, ECOSYSTEMS AND BIODIVERSITY
1.1 Introduction
1.1 Introduction
1.2 Ecosystem & Energy Flow
1.2 Ecosystem & Energy Flow
1.3 Ecological succession
1.3 Ecological succession
1.4 Bio Diversity & Values
1.4 Bio Diversity & Values
1.5 Biodiversity at Global Level
1.5 Biodiversity at Global Level
1.6 Threats to Biodiversity
1.6 Threats to Biodiversity
1.7 Conservation of Biodiversity
1.7 Conservation of Biodiversity

UNIT II

ENVIRONMENTAL POLLUTION
1.1 Air Pollution
1.1 Air Pollution
1.2 Water Pollution
1.2 Water Pollution
1.3 Soil Pollution
1.3 Soil Pollution
1.4 Solid Waste Management
1.4 Solid Waste Management
1.5 Thermal Pollution
1.5 Thermal Pollution
1.6 Marine Pollution
1.6 Marine Pollution
1.7 Noise Pollution
1.7 Noise Pollution
1.8 Radio Active Pollution
1.8 Radio Active Pollution
1.9 Pollution Case Studies
1.9 Pollution Case Studies
1.10 Disaster
1.10 Disaster

UNIT III

NATURAL RESOURCES
1.1 Forest Resources
1.1 Forest Resources
1.2 Water Resources
1.2 Water Resources
1.3 Mineral Resources
1.3 Mineral Resources
1.4 Food Resources
1.4 Food Resources
1.5 Energy Resources
1.5 Energy Resources
1.6 Land Resources
1.6 Land Resources
1.7 Energy Conservation
1.7 Energy Conservation

UNIT IV

SOCIAL ISSUES AND THE ENVIRONMENT
1.1 From Unsustainable to Sustainable Development
1.1 From Unsustainable to Sustainable Development
1.2 Environmental Changes
1.2 Environmental Changes
1.3 Social Issues and Environment
1.3 Social Issues and Environment
1.4 Legislation and Laws
1.4 Legislation and Laws

UNIT V

HUMAN POPULATION AND THE ENVIRONMENT
1.1 Population growth, Variation among Nations
1.1 Population growth, Variation among Nations
1.2 Welfare Programmes
1.2 Welfare Programmes
1.3 Hazards and its Prevention
1.3 Hazards and its Prevention

PH3202 PHYSICS FOR ELECTRICAL ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT II

ELECTRICAL PROPERTIES OF MATERIALS
2.1 ntroduction & Basic definitions
2.1 ntroduction & Basic definitions
2.2. CFE , Electrical & Thermal conductivities & Wiedemann Franz law
2.2. CFE , Electrical & Thermal conductivities & Wiedemann Franz law
2.3.Quantum Theory,Electron in a,metal
2.3.Quantum Theory,Electron in a,metal
2.4.FD function
2.4.FD function
2.5.Density of states
2.5.Density of states
2.6. periodic potential & Tigth binding approximation
2.6. periodic potential & Tigth binding approximation
2.7 BAND THEORY &Effective mass of electron (1)
2.7 BAND THEORY &Effective mass of electron (1)

UNIT III

SEMICONDUCTORS & TRANSPORT PHYSICS
3.1. Introduction & Types semiconductor
3.1. Introduction & Types semiconductor
3.2.intrinsic semi conductor
3.2.intrinsic semi conductor
3.3. N type semiconductor
3.3. N type semiconductor
3.4. p type semiconductor
3.4. p type semiconductor
3.5. Hall effect
3.5. Hall effect
3.6.Carrier transport in SC
3.6.Carrier transport in SC
3.7 Schottky Diode & Ohmic contact
3.7 Schottky Diode & Ohmic contact

UNIT IV

OPTICAL PROPERTIES OF MATERIALS
4.1.Carrier geneartion and recombinations
4.1.Carrier geneartion and recombinations
4.2 Absorption and emission
4.2 Absorption and emission
4.3 photo current in PN diode
4.3 photo current in PN diode
4.4.solar cell
4.4.solar cell
4.5 LED& OLED
4.5 LED& OLED
4.6 laser diode
4.6 laser diode

UNIT V

NANO ELECTRONIC DEVICES
5.1.Quantum structures and density
5.1.Quantum structures and density
5.2.SINGLE ELECTRON TRANSISTOR
5.2.SINGLE ELECTRON TRANSISTOR
5.3 SPINTRONICS
5.3 SPINTRONICS
5.4 CARBON NANO TUBES
5.4 CARBON NANO TUBES
5.5 ZENER BLOCH OSCILLATION
5.5 ZENER BLOCH OSCILLATION

Semester III

MA8353-TRANSFORMS AND PARTIAL DIFFERENTIAL EQUATIONS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

PARTIAL DIFFERENTIAL EQUATIONS
1.1 FORMATION OF PARTIAL DIFFERENTIAL EQUATION
1.1 FORMATION OF PARTIAL DIFFERENTIAL EQUATION
1.2 SOLUTION OF STANDARD TYPES OF FIRST ORDER PDE
1.2 SOLUTION OF STANDARD TYPES OF FIRST ORDER PDE
1.3 HOMOGENOUS LINEAR EQUATIONS WITH CONSTANT COEFFICIENTS
1.3 HOMOGENOUS LINEAR EQUATIONS WITH CONSTANT COEFFICIENTS
1.4 NON-HOMOGENOUS LINEAR EQUATIONS
1.4 NON-HOMOGENOUS LINEAR EQUATIONS

MA8353 TRANSFORMS AND PARTIAL DIFFERENTIAL EQUATIONS

UNITS

COURSE MATERIALS & VIDEOS

UNIT II

FOURIER SERIES
2.1 EVEN AND ODD FUNCTIONS
2.1 EVEN AND ODD FUNCTIONS
2.2 HALF-RANGE SERIES
2.2 HALF-RANGE SERIES
2.3 PARSEVALS THEOREM
2.3 PARSEVALS THEOREM
2.4 CHANGE OF INTERVAL
2.4 CHANGE OF INTERVAL
2.5 HARMONIC ANALYSIS
2.5 HARMONIC ANALYSIS

UNIT III

APPLICATIONS OF PARTIAL DIFFERENTIAL EQUATIONS
3.1 SOLUTION OF ONE DIMENSIONAL WAVE EQUATION
3.1 SOLUTION OF ONE DIMENSIONAL WAVE EQUATION
3.2 SOLUTION OF THE ONE DIMENSIONAL HEAT EQUATION
3.2 SOLUTION OF THE ONE DIMENSIONAL HEAT EQUATION
3.3 SOLUTION OF LAPLACES EQUATION(TWO DIMENSIONAL HEAT EQUATION)
3.3 SOLUTION OF LAPLACES EQUATION(TWO DIMENSIONAL HEAT EQUATION)

UNIT IV

FOURIER TRANSFORMS
4.1 FOURIER INTEGRAL THEOREM
4.1 FOURIER INTEGRAL THEOREM
4.2 FOURIER TRANSFORM AND ITS PROPERTIES
4.2 FOURIER TRANSFORM AND ITS PROPERTIES
4.3 INVERSE FORMULA FOR FOURIER TRANSFORM
4.3 INVERSE FORMULA FOR FOURIER TRANSFORM
4.4 CONVOLUTION THEOREM AND PARSEVALS IDENTITY
4.4 CONVOLUTION THEOREM AND PARSEVALS IDENTITY
4.5 FOURIER SINE AND COSINE TRANSFORM
4.5 FOURIER SINE AND COSINE TRANSFORM
4.6 PARSEVALS IDENTITY IN FOURIER SINE AND COSINE TRANSFORM
4.6 PARSEVALS IDENTITY IN FOURIER SINE AND COSINE TRANSFORM

UNIT V

Z - TRANSFORMS AND DIFFERENCE EQUATIONS
5.1 Z-Transform
5.1 Z-Transform
5.2 Inverse Z-Transform
5.2 Inverse Z-Transform
5.3 Differential Equation
5.3 Differential Equation

EE3301 ELECTROMAGNETIC THEORY

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

ELECTROSTATICS – I
1.1 Sources And Effects Of Electromagnetic Fields
1.1 Sources And Effects Of Electromagnetic Fields
1.2 Coordinate Systems
1.2 Coordinate Systems
1.3 Gradient, Divergence, Curl
1.3 Gradient, Divergence, Curl
1.4 Theorems And Applications
1.4 Theorems And Applications
1.5 Coulombs Law
1.5 Coulombs Law
1.6 Field Due To Discrete And Continuous Charges
1.6 Field Due To Discrete And Continuous Charges
1.7 Electric Field Intensity
1.7 Electric Field Intensity
1.8 Gauss’s Law And Its Applications
1.8 Gauss’s Law And Its Applications

UNIT II

ELECTROSTATICS – II
2.1 Electric Potential
2.1 Electric Potential
2.2 Electric Field and Equipotential Plots
2.2 Electric Field and Equipotential Plots
2.3 Energy Density in Electrostatic Fields
2.3 Energy Density in Electrostatic Fields
2.4 Electric Field in Free Space, Conductors, Dielectrics
2.4 Electric Field in Free Space, Conductors, Dielectrics
2.5 Dieletric Polarization
2.5 Dieletric Polarization
2.6 Dieletric Strength
2.6 Dieletric Strength
2.7 Boundary Conditions
2.7 Boundary Conditions
2.8 Poisson’s and Laplace Equations
2.8 Poisson’s and Laplace Equations
2.9 Capacitance
2.9 Capacitance

UNIT III

Magneto statics
3.1. Introduction to Magneto statics
3.1. Introduction to Magneto statics
3.2. Lorentz force
3.2. Lorentz force
3.3. Biot–Savart’s Law
3.3. Biot–Savart’s Law
3.4. H due to Straight Conductors
3.4. H due to Straight Conductors
3.5 Magnetic Materials
3.5 Magnetic Materials
3.6 Magnetization
3.6 Magnetization
3.7 Scalar and Vector Potentials
3.7 Scalar and Vector Potentials

UNIT IV

ELECTRODYNAMIC FIELDS
4.1.Introduction to Electro Dynamic fields
4.1.Introduction to Electro Dynamic fields
4.2. Concept of Magnetic Circuits
4.2. Concept of Magnetic Circuits
4.3. Faraday’s law
4.3. Faraday’s law
4.4. Transformer and motional EMF
4.4. Transformer and motional EMF
4.5. Maxwell’s equation
4.5. Maxwell’s equation
4.6. Relation between field theory and circuit theory
4.6. Relation between field theory and circuit theory

UNIT V

ELECTRODYNAMIC FIELDS
5.1 Electromagnetic wave generation and equations
5.1 Electromagnetic wave generation and equations
5.2 Uniform Plane Wave in Lossless Dielectric
5.2 Uniform Plane Wave in Lossless Dielectric
5.3 Uniform Plane Wave in Lossy Dielectric
5.3 Uniform Plane Wave in Lossy Dielectric
5.4 EM Wave Polarization
5.4 EM Wave Polarization
5.5 Poynting Theorem
5.5 Poynting Theorem
5.6 Skin Depth
5.6 Skin Depth

EC3301 ELECTRON DEVICES AND CIRCUITS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

PN JUNCTION DEVICES
1.1 Semiconductor / P N Diode
1.1 Semiconductor / P N Diode
1.2 Transition Capacitances
1.2 Transition Capacitances
1.3 Rectifiers
1.3 Rectifiers
1.4 Full Wave Rectifier
1.4 Full Wave Rectifier
1.5 Full Wave Bridge Rectifier
1.5 Full Wave Bridge Rectifier
1.6 Lighting Emitting Diode
1.6 Lighting Emitting Diode
1.7 Zener Diode
1.7 Zener Diode

UNIT II

TRANSISTORS AND THYRISTORS
2.1 Transistor
2.1 Transistor
2.2 Configuration of Transistor Circuits
2.2 Configuration of Transistor Circuits
2.3 Field Effect Transistor
2.3 Field Effect Transistor
2.4 MOSFET
2.4 MOSFET
2.5 Unijunction Transistor
2.5 Unijunction Transistor
2.6 Silicon Controlled Rectifier
2.6 Silicon Controlled Rectifier
2.7 Diac
2.7 Diac
2.8 Traic
2.8 Traic

UNIT III

AMPLIFIERS
3.1 BJT Small Signal ModelAmplifier
3.1 BJT Small Signal ModelAmplifier
3.2 General Shape of Frequency Response of Amplifiers
3.2 General Shape of Frequency Response of Amplifiers
3.3 MOSFET Small Signal Model Amplifiers
3.3 MOSFET Small Signal Model Amplifiers
3.4 Common Source Amplifier With Self-bias
3.4 Common Source Amplifier With Self-bias
3.5 Frequency Response of Common Source Amplifier
3.5 Frequency Response of Common Source Amplifier

UNIT IV

MULTISTAGE AMPLIFIERS AND DIFFERENTIAL AMPLIFIER
4.1 Multistage Amplifiers
4.1 Multistage Amplifiers
4.2 RC Coupling
4.2 RC Coupling
4.3 Differential Amplifier
4.3 Differential Amplifier
4.4 Differential Mode Operation
4.4 Differential Mode Operation
4.5 Tuned Amplifier
4.5 Tuned Amplifier
4.6 Power Amplifiers
4.6 Power Amplifiers

UNIT IV

MULTISTAGE AMPLIFIERS AND DIFFERENTIAL AMPLIFIER
4.1 CASCADE AMPLIFIER
4.1 CASCADE AMPLIFIER
4.2 POWER AMPLIFIER
4.2 POWER AMPLIFIER
4.3 DIFFERENTIAL AMPLIFIER
4.3 DIFFERENTIAL AMPLIFIER
4.4 DIFFERENTIAL MODE AMPLIFIER
4.4 DIFFERENTIAL MODE AMPLIFIER
4.5 TURNED AMPLIFIER
4.5 TURNED AMPLIFIER

UNIT V

FEEDBACK AMPLIFIERS AND OSCILLATORS
5.1 Feedback Amplifiers
5.1 Feedback Amplifiers
5.2 Voltage Feedback in Amplifiers
5.2 Voltage Feedback in Amplifiers
5.3 Gain of Negative Voltage Feedback Amplifier
5.3 Gain of Negative Voltage Feedback Amplifier
5.4 Negative Voltage Feedback
5.4 Negative Voltage Feedback
5.5 Feedback Circuit
5.5 Feedback Circuit
5.6 Oscillators
5.6 Oscillators

Semester IV

MA8491 NUMERICAL METHODS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

SOLUTION OF EQUATIONS AND EIGENVALUE PROBLEMS
1.1 Fixed Point Iteration Method
1.1 Fixed Point Iteration Method
1.2 Gauss- Elimination Method, Gauss-Jordan Method
1.2 Gauss- Elimination Method, Gauss-Jordan Method
1.3 Gauss-Jacobi method and Gauss-Seidal method
1.3 Gauss-Jacobi method and Gauss-Seidal method
1.4 Eigen Values of a Matrix by Power Method
1.4 Eigen Values of a Matrix by Power Method
1.5 Newton Raphson Method
1.5 Newton Raphson Method

UNIT II

INTERPOLATION AND APPROXIMATION
2.1 Forward and Backward
2.1 Forward and Backward
2.2 Cubic Spline
2.2 Cubic Spline
2.3 Legranges
2.3 Legranges

UNIT III

NUMERICAL DIFFERENTIATION AND INTEGRATION
3.1 Derivates
3.1 Derivates
3.2 Double Integral Trapezoidal and Simpson Rule
3.2 Double Integral Trapezoidal and Simpson Rule
3.3 Gussian Point Formula
3.3 Gussian Point Formula
3.4 Romberg Integration
3.4 Romberg Integration
3.5 Trapezoidal and Simpson Rule
3.5 Trapezoidal and Simpson Rule

UNIT IV

INITIAL VALUE PROBLEMS FOR ORDINARY DIFFERENTIAL EQUATIONS
4.1 Euler Method
4.1 Euler Method
4.2 Taylor Series Method
4.2 Taylor Series Method
4.3 Runge Kutta Method
4.3 Runge Kutta Method
4.4 Milnes Method
4.4 Milnes Method

UNIT V

BOUNDARY VALUE PROBLEMS IN ORDINARY AND PARTIAL DIFFERENTIAL EQUATIONS
5.1 Crank Nickalason
5.1 Crank Nickalason
5.2 Finite Difference
5.2 Finite Difference
5.3 Laplace Equation
5.3 Laplace Equation
5.4 Poisson Equation
5.4 Poisson Equation

EE8402 TRANSMISSION AND DISTRIBUTION

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

TRANSMISSION LINE PARAMETERS
1.1 Structure of Power System
1.1 Structure of Power System
1.2 Parameters Of Single And Three Phase Transmission
1.2 Parameters Of Single And Three Phase Transmission
1.3 Capacitance Of Transmission Lines
1.3 Capacitance Of Transmission Lines
1.4 Concept Of Self-Gmd And Mutual-Gmd
1.4 Concept Of Self-Gmd And Mutual-Gmd
1.5 Skin Effect
1.5 Skin Effect
1.6 Types Of Conductor
1.6 Types Of Conductor

UNIT II

MODELLING AND PERFORMANCE OF TRANSMISSION LINES
2.1 Classification of Overhead Transmission
2.1 Classification of Overhead Transmission
2.2 Voltage Regulation And Transmission Efficiency
2.2 Voltage Regulation And Transmission Efficiency
2.3 Performance Of Short Transmission Lines
2.3 Performance Of Short Transmission Lines
2.4 Medium Transmission Lines
2.4 Medium Transmission Lines
2.5 Long Transmission Lines
2.5 Long Transmission Lines
2.6 Power Circle Diagram
2.6 Power Circle Diagram
2.7 Corona
2.7 Corona

UNIT III

MECHANICAL DESIGN OF LINES
3.1 Sag In Overhead Lines
3.1 Sag In Overhead Lines
3.2 Calculation of Sag
3.2 Calculation of Sag
3.3 Towers, Methods of Grounding
3.3 Towers, Methods of Grounding
3.4 Types Of Insulator
3.4 Types Of Insulator
3.5 Potential Distribution Over Suspension Insulator String
3.5 Potential Distribution Over Suspension Insulator String
3.6 String Efficiency
3.6 String Efficiency
3.7 Methods of Improving String Efficiency
3.7 Methods of Improving String Efficiency
3.8 Testing of Insulator
3.8 Testing of Insulator

UNIT IV

UNDER GROUND CABILITYS
4.1 Underground Cables
4.1 Underground Cables
4.2 Types of Underground Cables
4.2 Types of Underground Cables
4.3 Construction of Cables
4.3 Construction of Cables
4.4 Insulation materials, Insulation Resistance of A Single-Core Cable
4.4 Insulation materials, Insulation Resistance of A Single-Core Cable
4.5 Capacitance of A Single-Core Cable
4.5 Capacitance of A Single-Core Cable
4.6 Grading of Cables
4.6 Grading of Cables
4.7 Potential Gradient
4.7 Potential Gradient
4.8 Capacitance of 3-Core Cables
4.8 Capacitance of 3-Core Cables
4.9 Power Factor of Cable
4.9 Power Factor of Cable
4.10 DC Cables, Heating of Cables
4.10 DC Cables, Heating of Cables

UNIT V

DISTRIBUTION SYSTEMS
5.1 Distribution Systems – General Aspects
5.1 Distribution Systems – General Aspects
5.2 Kelvin’s Law
5.2 Kelvin’s Law
5.3 AC Distribution
5.3 AC Distribution
5.4 DC Distribution
5.4 DC Distribution
5.5 EHVAC and HVDC Transmission System
5.5 EHVAC and HVDC Transmission System
5.6 Substation
5.6 Substation
5.7 Methods of Grounding
5.7 Methods of Grounding
5.8 FACTS
5.8 FACTS

EE3405 ELECTRICAL MACHINES – II

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

SYNCHRONOUS GENERATOR
1.1 Synchronous Generator
1.1 Synchronous Generator
1.2 Armature Winding Of Synchronous Generator
1.2 Armature Winding Of Synchronous Generator
1.3 Concentrated and Distributed Winding
1.3 Concentrated and Distributed Winding
1.4 EMF Equation of an Alternator
1.4 EMF Equation of an Alternator
1.5 Equivalent Circuit Of An Alternator
1.5 Equivalent Circuit Of An Alternator
1.6 Regulation Of Synchronous Generator
1.6 Regulation Of Synchronous Generator
1.7 M.M.F. Method of Determining Regulation
1.7 M.M.F. Method of Determining Regulation
1.8 Synchronization of Alternators
1.8 Synchronization of Alternators

UNIT III

SYNCHRONOUS MOTOR
2.1 Principle of Working of 3-Phase Synchronous Motor
2.1 Principle of Working of 3-Phase Synchronous Motor
2.2 Analysis of Phasor Diagram
2.2 Analysis of Phasor Diagram
2.3 V Curves and Inverted V Curves
2.3 V Curves and Inverted V Curves
2.4 Expression for Back E.M.F and per Phase in synchronous motor
2.4 Expression for Back E.M.F and per Phase in synchronous motor
2.5 Power Input and Power Developed Equations
2.5 Power Input and Power Developed Equations
2.6 Methods of Starting Synchronous Motor
2.6 Methods of Starting Synchronous Motor
2.7 Hunting in Synchronous Motor
2.7 Hunting in Synchronous Motor
2.8 Synchronous Condensers
2.8 Synchronous Condensers

UNIT III

THREE PHASE INDUCTION MOTOR
3.1 Constructional Details of induction motor
3.1 Constructional Details of induction motor
3.2 Cogging and Crawling
3.2 Cogging and Crawling
3.3 Equivalent Circuit of Induction Motor
3.3 Equivalent Circuit of Induction Motor
3.4 Torque-Slip Characteristics
3.4 Torque-Slip Characteristics
3.5 Speed Torque Characteristics
3.5 Speed Torque Characteristics
3.6 Losses in Induction Motor
3.6 Losses in Induction Motor
3.7 Load Test on Three Phase Induction Motor
3.7 Load Test on Three Phase Induction Motor

UNIT IV

STARTING AND SPEED CONTROL OF THREE PHASE INDUCTION MOTOR
4.1 Introduction
4.1 Introduction
4.2 Stator Resistance Starter and Auto Transformer Starter
4.2 Stator Resistance Starter and Auto Transformer Starter
4.3 Star - Delta Starter , Rotor Resistance Starter and DOL Starter
4.3 Star - Delta Starter , Rotor Resistance Starter and DOL Starter
4.4 Speed Control Of 3 Phase Induction Motor
4.4 Speed Control Of 3 Phase Induction Motor
4.5 Electrical Braking of an Induction Motor
4.5 Electrical Braking of an Induction Motor

EE3405 - ELECTRICAL MACHINES – II

UNITS

COURSE MATERIALS & VIDEOS

UNIT V

SINGLE PHASE INDUCTION MOTORS AND SPECIAL MACHINES
5.1 Construction And Operation Of Single Phase Induction Motor
5.1 Construction And Operation Of Single Phase Induction Motor
5.2 Torque Speed Characteristics
5.2 Torque Speed Characteristics
5.3 Types Of Single Phase Induction Motor
5.3 Types Of Single Phase Induction Motor
5.4 Equivalent Circuit Of Single Phase Induction Motor
5.4 Equivalent Circuit Of Single Phase Induction Motor
5.5 Tests On Single Phase Induction Motor
5.5 Tests On Single Phase Induction Motor
5.6 Linear Induction Motor and Repulsion Motor
5.6 Linear Induction Motor and Repulsion Motor
5.7 Universal Motor and A.C. Servo Motor
5.7 Universal Motor and A.C. Servo Motor
5.8 Stepper Motors
5.8 Stepper Motors

IC8451 CONTROL SYSTEMS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

SYSTEMS AND REPRESENTATION
1.1 Introduction, Basic Elements in Control Systems
1.1 Introduction, Basic Elements in Control Systems
1.2 Open and Closed Loop Systems
1.2 Open and Closed Loop Systems
1.3 Mechanical Translational and Rotational Systems
1.3 Mechanical Translational and Rotational Systems
1.4 Electrical Analogy of Mechanical Systems
1.4 Electrical Analogy of Mechanical Systems
1.5 Electrical Analogy of Thermal Systems
1.5 Electrical Analogy of Thermal Systems
1.6 Transfer Function
1.6 Transfer Function
1.7 Servomotor
1.7 Servomotor
1.8 Block Diagram Reduction Techniques
1.8 Block Diagram Reduction Techniques
1.9 Signal flow Graph
1.9 Signal flow Graph

UNIT II

TIME RESPONSE ANALYSIS
2.1 Time Response
2.1 Time Response
2.2 Time Domain Specifications
2.2 Time Domain Specifications
2.3 Types of Test Input
2.3 Types of Test Input
2.4 First and Second Order System Response
2.4 First and Second Order System Response
2.5 Error Coefficients
2.5 Error Coefficients
2.6 Steady State Error
2.6 Steady State Error
2.7 Root Locus Construction
2.7 Root Locus Construction
2.8 Effect of P, PI, PID Modes of Feedback Control
2.8 Effect of P, PI, PID Modes of Feedback Control
2.9 Time Response Analysis
2.9 Time Response Analysis

UNIT III

FREQUENCY RESPONSE
3.1 Frequency Response
3.1 Frequency Response
3.2 Bode Plot
3.2 Bode Plot
3.3 Polar Plot
3.3 Polar Plot
3.4 Determination of Closed Loop Response from Open Loop Response
3.4 Determination of Closed Loop Response from Open Loop Response
3.5 Correlation Between Frequency Domain and Time Domain Specifications
3.5 Correlation Between Frequency Domain and Time Domain Specifications

UNIT IV

STABILITY AND COMPENSATOR DESIGN
4.1 Characteristic Equation
4.1 Characteristic Equation
4.2 Routh Hurwitz Criterion
4.2 Routh Hurwitz Criterion
4.3 Nyquist Stability Criterion
4.3 Nyquist Stability Criterion
4.4 Effect of Lag, Lead and Lag-Lead Compensation on Frequency Response
4.4 Effect of Lag, Lead and Lag-Lead Compensation on Frequency Response
4.5 Design of Lag, Lead and Lag Lead Compensator using Bode Plots
4.5 Design of Lag, Lead and Lag Lead Compensator using Bode Plots

UNIT V

STATE VARIABLE ANALYSIS
5.1 Concept of State Variables
5.1 Concept of State Variables
5.2 State Models for Linear and Time Invariant Systems
5.2 State Models for Linear and Time Invariant Systems
5.3 Solution of State and Output Equation in Controllable Canonical Form
5.3 Solution of State and Output Equation in Controllable Canonical Form
5.4 Concepts of Controllability and Observability
5.4 Concepts of Controllability and Observability

Semester V

EE8501 POWER SYSTEM ANALYSIS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

POWER SYSTEM
1.1 Need For System Planning And Operational Studies And Power Scenario In India
1.1 Need For System Planning And Operational Studies And Power Scenario In India
1.2 Per Unit Quantities
1.2 Per Unit Quantities
1.3 Power System Components
1.3 Power System Components
1.4 P.U Impedance Diagram for the Power System
1.4 P.U Impedance Diagram for the Power System
1.5 Single Line Diagram of Power System
1.5 Single Line Diagram of Power System
1.6 Network Graph
1.6 Network Graph
1.7 Formation Of Bus Admittance Matrix Of Large Power Network
1.7 Formation Of Bus Admittance Matrix Of Large Power Network
1.8 Solve Problems
1.8 Solve Problems

UNIT II

POWER FLOW ANALYSIS
2.1 Bus Classification
2.1 Bus Classification
2.2 Formulation Of Power Flow Problem In Polar Coordinates, Fast Decoupled method
2.2 Formulation Of Power Flow Problem In Polar Coordinates, Fast Decoupled method
2.3 Power Flow Solution Using Gauss Seidel Method
2.3 Power Flow Solution Using Gauss Seidel Method
2.4 Newton Raphson Method
2.4 Newton Raphson Method

UNIT III

SYMMETRICAL FAULT ANALYSIS
3.1 Importance Short Circuit (Or) For Fault Analysis
3.1 Importance Short Circuit (Or) For Fault Analysis
3.2 Symmetrical Short Circuit Analysis using Thevenin’s Theorem
3.2 Symmetrical Short Circuit Analysis using Thevenin’s Theorem
3.3 Bus Impedance Matrix Building Algorithm
3.3 Bus Impedance Matrix Building Algorithm
3.4 Symmetrical Fault Analysis Through Bus Impedance Matrix
3.4 Symmetrical Fault Analysis Through Bus Impedance Matrix
3.5 Current Limiting Reactor
3.5 Current Limiting Reactor

UNIT IV

UNSYMMETRICAL FAULT ANALYSIS
4.1 UnSymmetrical Components, Sequence Networks
4.1 UnSymmetrical Components, Sequence Networks
4.2 Analysis Of Unsymmetrical Faults
4.2 Analysis Of Unsymmetrical Faults
4.3 Line To Line Fault On A Conventional Generator
4.3 Line To Line Fault On A Conventional Generator
4.4 Double Line-Ground Fault
4.4 Double Line-Ground Fault

UNIT V

STABILITY ANALYSIS
5.1 Classification Of Power System Stability
5.1 Classification Of Power System Stability
5.2 Rotor Angle Stability
5.2 Rotor Angle Stability
5.3 Swing Equation
5.3 Swing Equation
5.4 Power Flow under Steady State
5.4 Power Flow under Steady State
5.5 Equal Area Criterion
5.5 Equal Area Criterion
5.6 Critical Clearing Angle and Critical Clearing Time
5.6 Critical Clearing Angle and Critical Clearing Time
5.7 Sudden short circuit, Modeified Euler method
5.7 Sudden short circuit, Modeified Euler method
5.8 Modified Euler method - Multimachine Stability Studies
5.8 Modified Euler method - Multimachine Stability Studies

EE8551 MICROPROCESSORS AND MICROCONTROLLERS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

8085 PROCESSOR
1.1 Functional Building Blocks of Processor
1.1 Functional Building Blocks of Processor
1.2 Hardware Architecture of 8085 Processor
1.2 Hardware Architecture of 8085 Processor
1.3 Pinouts in 8085 Processor
1.3 Pinouts in 8085 Processor
1.4 Memory Organization
1.4 Memory Organization
1.5 I/O ports and Data Transfer Concepts
1.5 I/O ports and Data Transfer Concepts
1.6 Timing Diagram
1.6 Timing Diagram
1.7 Interrupts
1.7 Interrupts

UNIT II

PROGRAMMING OF 8085 PROCESSOR
2.1 Instruction - Format and Addressing Modes
2.1 Instruction - Format and Addressing Modes
2.2 Data Transfer
2.2 Data Transfer
2.3 Data Manipulation
2.3 Data Manipulation
2.4 Control Instructions
2.4 Control Instructions
2.5 Loop Structure with Counting & Indexing
2.5 Loop Structure with Counting & Indexing
2.6 Subroutine Instructions
2.6 Subroutine Instructions
2.7 Stack
2.7 Stack

UNIT III

8051 MICRO CONTROLLER
3.1 Functional Building Blocks of Processor & Hardware Architecture
3.1 Functional Building Blocks of Processor & Hardware Architecture
3.2 Pinouts
3.2 Pinouts
3.3 Memory Organization
3.3 Memory Organization
3.4 I/O Ports and Data Transfer Concepts
3.4 I/O Ports and Data Transfer Concepts
3.5 Interrupts
3.5 Interrupts
3.6 Data Transfer, Manipulation, Control Instructions
3.6 Data Transfer, Manipulation, Control Instructions
3.7 Comparison 8085& 8051
3.7 Comparison 8085& 8051

UNIT IV

PERIPHERAL INTERFACING
4.1 8255 Architecture, Configuration and Interfacing
4.1 8255 Architecture, Configuration and Interfacing
4.2 8259 Architecture, Configuration and Interfacing
4.2 8259 Architecture, Configuration and Interfacing
4.3 8254 Architecture, Configuration and Interfacing
4.3 8254 Architecture, Configuration and Interfacing
4.4 8279 Architecture, Configuration and Interfacing
4.4 8279 Architecture, Configuration and Interfacing
4.5 A/D and D/A Converters
4.5 A/D and D/A Converters

UNIT V

MICRO CONTROLLER PROGRAMMING & APPLICATIONS
5.1 Key board and Display interface
5.1 Key board and Display interface
5.2 Servo Motor Control
5.2 Servo Motor Control
5.3 Stepper Motor Control
5.3 Stepper Motor Control
5.4 Washing Machine Control
5.4 Washing Machine Control
5.5 Traffic Signal Control
5.5 Traffic Signal Control

EE8552 POWER ELECTRONICS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

POWER SEMI-CONDUCTOR DEVICES
1.1 Study of Switching Device
1.1 Study of Switching Device
1.2 Study of SCR
1.2 Study of SCR
1.3 Study of TRIAC
1.3 Study of TRIAC
1.4 Study of MOSFET
1.4 Study of MOSFET
1.5 Introduction to Snubber and Driver Circuits
1.5 Introduction to Snubber and Driver Circuits

UNIT II

PHASE CONTROLLED CONVERTERS
2.1 Introduction about Rectifier
2.1 Introduction about Rectifier
2.2 Two Pulse Converter
2.2 Two Pulse Converter
2.3 Three Pulse Converter
2.3 Three Pulse Converter
2.4 Six Pulse Converter
2.4 Six Pulse Converter
2.5 Effect of Source Inductance
2.5 Effect of Source Inductance

UNIT III

DC TO DC CONVERTERS
3.1 Introduction DC-DC Converters
3.1 Introduction DC-DC Converters
3.2 Step down & Step up chopper
3.2 Step down & Step up chopper
3.3 Switched Mode Regulators -BUCK REGULA TOR
3.3 Switched Mode Regulators -BUCK REGULA TOR
3.4 BOOST CONVERTER
3.4 BOOST CONVERTER
3.5 BUCK -BOOST CONVERTER
3.5 BUCK -BOOST CONVERTER

UNIT V

AC TO AC CONVERTERS
5.1 Introduction to AC voltage controller
5.1 Introduction to AC voltage controller
5.2 Single-Phase Half-Wave Ac Voltage Controller
5.2 Single-Phase Half-Wave Ac Voltage Controller
5.3 Three Phase Ac Voltage Controller
5.3 Three Phase Ac Voltage Controller
5.4 AC Voltage Control Strategy
5.4 AC Voltage Control Strategy
5.5 Power Factor Control
5.5 Power Factor Control

EE8552-POWER ELECTRONICS

UNITS

COURSE MATERIALS & VIDEOS

UNIT IV

INVERTERS
4.1 Single Phase Inverter
4.1 Single Phase Inverter
4.2 VOLTAGE CONTROL OF INVERTERS
4.2 VOLTAGE CONTROL OF INVERTERS
4.3 PWM CONTROL: Multiple pulse width modulation
4.3 PWM CONTROL: Multiple pulse width modulation
4.4 PWM CONTROL: Sinusoidal pulse width modulation (SPWM)
4.4 PWM CONTROL: Sinusoidal pulse width modulation (SPWM)
4.5 SINGLE-PHASE CURRENT SOURCE INVERTER
4.5 SINGLE-PHASE CURRENT SOURCE INVERTER

EE8591 DIGITAL SIGNAL PROCESSING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION
1.1 Classification of Systems
1.1 Classification of Systems
1.2 Classification of Signals
1.2 Classification of Signals
1.3 Mathematical Representation of Signal
1.3 Mathematical Representation of Signal
1.4 Spectral Density
1.4 Spectral Density
1.5 Sampling Techniques
1.5 Sampling Techniques
1.6 Quantization
1.6 Quantization
1.7 Nyquist Rate
1.7 Nyquist Rate
1.8 Aliasing Effect
1.8 Aliasing Effect

UNIT II

DISCRETE TIME SYSTEM ANALYSIS
2.1 Z-Transform and its Properties
2.1 Z-Transform and its Properties
2.2 Inverse Z-Transforms
2.2 Inverse Z-Transforms
2.3 Solution of Difference Equations by Z-Transform
2.3 Solution of Difference Equations by Z-Transform
2.4 Application of Z-Transform to Discrete System -Stability Analysis, Frequency Response
2.4 Application of Z-Transform to Discrete System -Stability Analysis, Frequency Response
2.5 Convolution
2.5 Convolution
2.6 Discrete Time Fourier Transforms Magnitude and Phase Representation
2.6 Discrete Time Fourier Transforms Magnitude and Phase Representation

UNIT III

DISCRETE FOURIER TRANSFORM & COMPUTATION
3.1 Discrete Fourier Transform
3.1 Discrete Fourier Transform
3.2 Properties and Magnitude and Phase Representation Of DFT
3.2 Properties and Magnitude and Phase Representation Of DFT
3.3 Computation of DFT Using FFT Algorithm
3.3 Computation of DFT Using FFT Algorithm
3.4 Decimation in Time (DIT) Radix 2 FFT
3.4 Decimation in Time (DIT) Radix 2 FFT
3.5 Decimation in Frequency (DIF) Radix 2 FFT
3.5 Decimation in Frequency (DIF) Radix 2 FFT

UNIT IV

DESIGN OF DIGITAL FILTERS
4.1 FIR & IIR Filter Realization – Parallel & Cascade Forms
4.1 FIR & IIR Filter Realization – Parallel & Cascade Forms
4.2 FIR Design: Windowing Techniques
4.2 FIR Design: Windowing Techniques
4.3 Analog Filter Design – Butterworth Filter
4.3 Analog Filter Design – Butterworth Filter
4.4 Analog Filter Design and Chebyshev Filter
4.4 Analog Filter Design and Chebyshev Filter
4.5 IIR Filters Design and Impulse Invariant Transformation
4.5 IIR Filters Design and Impulse Invariant Transformation
4.6 IIR Filters Design and Bilinear Transformation
4.6 IIR Filters Design and Bilinear Transformation

UNIT V

DIGITAL SIGNAL PROCESSORS
5.1 Introduction
5.1 Introduction
5.2 Architecture of Digital Signal Processors
5.2 Architecture of Digital Signal Processors
5.3 Addressing Formats
5.3 Addressing Formats
5.4 Functional Modes
5.4 Functional Modes
5.5 Introduction To Commercial DS Processors
5.5 Introduction To Commercial DS Processors

CS8392-OBJECT ORIENTED PROGRAMMING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION TO OOP AND JAVA FUNDAMENTALS
1.1 Object Oriented Programming
1.1 Object Oriented Programming
1.2 OOPS Concepts In Java
1.2 OOPS Concepts In Java
1.3 The Characteristics Of Java, The Java Runtime Environment
1.3 The Characteristics Of Java, The Java Runtime Environment
1.4 Fundamental Programming Structures In Java
1.4 Fundamental Programming Structures In Java
1.5 Defining Classes In Java
1.5 Defining Classes In Java
1.6 Methods In Java
1.6 Methods In Java
1.7 Access Specifiers, Static Keyword
1.7 Access Specifiers, Static Keyword
1.8 Arrays
1.8 Arrays

UNIT II

INHERITANCE AND INTERFACES
2.1 Inheritance
2.1 Inheritance
2.2 Using Super Keyword
2.2 Using Super Keyword
2.3 The Object Class
2.3 The Object Class
2.4 Abstract Class And Methods
2.4 Abstract Class And Methods
2.5 Final Method And Class
2.5 Final Method And Class
2.6 Interface
2.6 Interface
2.7 Object Cloning
2.7 Object Cloning
2.8 Nested Class
2.8 Nested Class
2.9 Array List
2.9 Array List
2.10 Java String
2.10 Java String

UNIT III

EXCEPTION HANDLING AND I/O
3.1 Exceptions
3.1 Exceptions
3.2 Built In Exceptions
3.2 Built In Exceptions
3.3 User Defined Exceptions In Java
3.3 User Defined Exceptions In Java
3.4 Chained Exceptions
3.4 Chained Exceptions
3.5 Stack Trace Element
3.5 Stack Trace Element
3.6 Reading Character
3.6 Reading Character
3.7 Reading And Writing File
3.7 Reading And Writing File

UNIT IV

MULTITHREADING AND GENERIC PROGRAMMING
4.1 Multithreading And Multitasking
4.1 Multithreading And Multitasking
4.2 Thread Life Cycle
4.2 Thread Life Cycle
4.3 Synchronization
4.3 Synchronization
4.4 Daemon Thread
4.4 Daemon Thread
4.5 Inter Thread Communication
4.5 Inter Thread Communication
4.6 Thread Group In Java
4.6 Thread Group In Java

UNIT V

EVENT DRIVEN PROGRAMMING
5.1 Java AWT
5.1 Java AWT
5.2 Frames
5.2 Frames
5.3 Components
5.3 Components
5.4 Colors In Java
5.4 Colors In Java
5.5 Font In Java
5.5 Font In Java
5.6 Images In Java
5.6 Images In Java
5.7 Event Handling
5.7 Event Handling
5.8 Mouse Event
5.8 Mouse Event
5.9 Java AWT Heirarchy
5.9 Java AWT Heirarchy

OCE551 AIR POLLUTION AND CONTROL ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

NTRODUCTION
1.1 Structure and composition of Atmosphere
1.1 Structure and composition of Atmosphere
1.2 Definition, Scope and Scales of Air Pollution
1.2 Definition, Scope and Scales of Air Pollution
1.3 Classification of air pollution
1.3 Classification of air pollution
1.4 Sources of air pollutants
1.4 Sources of air pollutants
1.5 Effect of air pollutant on Human Health
1.5 Effect of air pollutant on Human Health
1.6 Effects of Air Pollution on Vegetation,Animals,Aesthetic and Visibility
1.6 Effects of Air Pollution on Vegetation,Animals,Aesthetic and Visibility
1.7 Ambient Air Quality and Emission Standards
1.7 Ambient Air Quality and Emission Standards
1.8 Ambient and Stack Sampling and Analysis of Particulate and Gaseous Pollutants
1.8 Ambient and Stack Sampling and Analysis of Particulate and Gaseous Pollutants

UNIT II

METEOROLOGY
2.1 Effects of Meteorology on Air Pollution
2.1 Effects of Meteorology on Air Pollution
2.2 Windrose and Lapse Rate
2.2 Windrose and Lapse Rate
2.3 Atmospheric Stability and Turbulence
2.3 Atmospheric Stability and Turbulence
2.4 Inversion
2.4 Inversion
2.5 Wind Profiles and Stack Plume Patterns,Plume Rise
2.5 Wind Profiles and Stack Plume Patterns,Plume Rise
2.6 Atmospheric Diffusion Theories
2.6 Atmospheric Diffusion Theories

UNIT III

CONTROL OF PARTICULATE CONTAMINANTS
3.1 Factors Affecting Selection of Control Equipment
3.1 Factors Affecting Selection of Control Equipment
3.2 Gas Particle Interaction
3.2 Gas Particle Interaction
3.3 Gravity Settling Chamber
3.3 Gravity Settling Chamber
3.4 Cenrifugal Seperators
3.4 Cenrifugal Seperators
3.5 Fabric Filters
3.5 Fabric Filters
3.6 Particulate Scrubbers
3.6 Particulate Scrubbers
3.7 Electrostatic Precipitators
3.7 Electrostatic Precipitators

UNIT IV

CONTROL OF GASEOUS CONTAMINANTS
4.1 Factors Affecting Selection of Control Equipment
4.1 Factors Affecting Selection of Control Equipment
4.2 Absorption
4.2 Absorption
4.3 Adsorption
4.3 Adsorption
4.4 Condensation
4.4 Condensation
4.5 Incineration
4.5 Incineration
4.6 Bioscrubber
4.6 Bioscrubber

UNIT V

INDOOR AIR QUALITY MANAGEMENT
5.1 Sources ,Types and Control of Indoor Air Pollutants
5.1 Sources ,Types and Control of Indoor Air Pollutants
5.2 Sick Building Syndrome and Building Related Illness
5.2 Sick Building Syndrome and Building Related Illness
5.3 Sources and Effects of Noise Pollution
5.3 Sources and Effects of Noise Pollution
5.4 Measurement
5.4 Measurement
5.5 Standards
5.5 Standards
5.6 Control and Preventive Measures
5.6 Control and Preventive Measures

Semester VI

EE8601 SOLID STATE DRIVES

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

DRIVE CHARACTERISTICS
1.1 Electric Drive
1.1 Electric Drive
1.2 Equations Governing Motor Load Dynamics
1.2 Equations Governing Motor Load Dynamics
1.3 Steady State Stability
1.3 Steady State Stability
1.4 Multi Quadrant Dynamics
1.4 Multi Quadrant Dynamics
1.5 Acceleration, Deceleration, Starting & Stopping
1.5 Acceleration, Deceleration, Starting & Stopping

UNIT II

CONVERTER / CHOPPER FED DC MOTOR DRIVE
2.1 Steady State Analysis of Single Phase Converter fed Drives
2.1 Steady State Analysis of Single Phase Converter fed Drives
2.2 Steady State Analysis of Three Phase Converter fed Drives
2.2 Steady State Analysis of Three Phase Converter fed Drives
2.3 Continuous Conduction
2.3 Continuous Conduction
2.4 Time Ratio and Current Limit Control
2.4 Time Ratio and Current Limit Control
2.5 Four Quadrant Operation of Converter / Chopper fed Drive
2.5 Four Quadrant Operation of Converter / Chopper fed Drive

UNIT III

INDUCTION MOTOR DRIVES
3.1 Stator Voltage Control
3.1 Stator Voltage Control
3.2 V/f Control
3.2 V/f Control
3.3 Rotor Resistance Control
3.3 Rotor Resistance Control
3.4 Qualitative Treatment of Slip Power Recovery Drives
3.4 Qualitative Treatment of Slip Power Recovery Drives
3.5 Closed Loop Control
3.5 Closed Loop Control

UNIT IV

SYNCHRONOUS MOTOR DRIVES
4.1 V/f Control
4.1 V/f Control
4.2 Self Control of Synchronous Motor
4.2 Self Control of Synchronous Motor
4.3 Margin Angle Control
4.3 Margin Angle Control
4.4 Power Factor Control
4.4 Power Factor Control
4.5 Three Phase Voltage Source fed Synchronous Motor
4.5 Three Phase Voltage Source fed Synchronous Motor

UNIT V

DESIGN OF CONTROLLERS FOR DRIVES
5.1 Transfer Function for DC Motor
5.1 Transfer Function for DC Motor
5.2 Closed Loop Control with Current and Speed Feedback
5.2 Closed Loop Control with Current and Speed Feedback
5.3 Armature Voltage Control
5.3 Armature Voltage Control
5.4 Field Weakening Mode
5.4 Field Weakening Mode
5.5 Design of Current Controller
5.5 Design of Current Controller

EE8602 PROTECTION AND SWITCH GEAR

UNITS

COURSE MATERIALS & VIDEOS

UNIT V

CIRCUIT BREAKERS
5.1 Physics of Arcing Phenomenon and Arc Interruption
5.1 Physics of Arcing Phenomenon and Arc Interruption
5.2 DC and AC Circuit Breaking
5.2 DC and AC Circuit Breaking
5.3 Re-Striking Voltage and Recovery Voltage
5.3 Re-Striking Voltage and Recovery Voltage
5.4 Rate of Rise of Recovery Voltage
5.4 Rate of Rise of Recovery Voltage
5.5 Resistance Switching
5.5 Resistance Switching
5.6 Current Chopping
5.6 Current Chopping
5.7 Interruption of Capacitive Current
5.7 Interruption of Capacitive Current
5.8 Types of circuit breakers
5.8 Types of circuit breakers
5.9 Comparison of different Circuit Breakers
5.9 Comparison of different Circuit Breakers
5.10 Rating and Selection of Circuit Breakers
5.10 Rating and Selection of Circuit Breakers

EE8691 EMBEDDED SYSTEM

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION TO EMBEDDED SYSTEMS
1.1 INTRODUCTION
1.1 INTRODUCTION
1.2 GENERAL PURPOSE SEMI PROCESSOR
1.2 GENERAL PURPOSE SEMI PROCESSOR
1.3 SOFTWARE EMBEDDING SYSTEM
1.3 SOFTWARE EMBEDDING SYSTEM
1.4 MULTITASKING USING AN OPERATING
1.4 MULTITASKING USING AN OPERATING
1.5 ELECTRONIC INSTRUMENTS
1.5 ELECTRONIC INSTRUMENTS

UNIT II

EMBEDDED NETWORKING
2.1 IO PORT TYPES
2.1 IO PORT TYPES
2.2 SYNCHRONOUS SERIAL INPUT
2.2 SYNCHRONOUS SERIAL INPUT
2.4 CHARACTERISTICS OF SYNCHRONOUS COMMUNICATIONS
2.4 CHARACTERISTICS OF SYNCHRONOUS COMMUNICATIONS
2.5 COMMUNICATION PROTOCOLS
2.5 COMMUNICATION PROTOCOLS
2.6 TIMING AND COUNTING DEVICE
2.6 TIMING AND COUNTING DEVICE
2.7 SERIAL BUS COMUNICATION PROTOCOL
2.7 SERIAL BUS COMUNICATION PROTOCOL
2.8 SERIAL BUS COMMUNICATION PROTOCOL USB
2.8 SERIAL BUS COMMUNICATION PROTOCOL USB

UNIT III

EMBEDDED FIRMWARE DEVELOPMENT ENVIRONMENT
3.1 PROGRAMMING ASSEEMBLY AND HLL
3.1 PROGRAMMING ASSEEMBLY AND HLL
3.2 C PROGRAM ELEMENTS
3.2 C PROGRAM ELEMENTS
3.3 DATA STRUCTURE ARRAYS
3.3 DATA STRUCTURE ARRAYS
3.4 CONCEPTS AND EMBEDDED PROGRAMMING C=++
3.4 CONCEPTS AND EMBEDDED PROGRAMMING C=++
3.5 OBJECT ORIENTED LANGUAGE AND C++
3.5 OBJECT ORIENTED LANGUAGE AND C++
3.6 EMBEDDED PROGRAMMING IN C++
3.6 EMBEDDED PROGRAMMING IN C++

UNIT IV

RTOS BASED EMBEDDED SYSTEM DESIGN
4.1 TASK STATES
4.1 TASK STATES
4.2 PROCESS
4.2 PROCESS
4.3 THREAD SAND TASKS
4.3 THREAD SAND TASKS
4.4 MEMORY MANAGEMENT
4.4 MEMORY MANAGEMENT
4.5 DEVICE MANAGEMENT FUNCTIONS
4.5 DEVICE MANAGEMENT FUNCTIONS
4.6 ROUND ROBIN TIME SLICING TASKS
4.6 ROUND ROBIN TIME SLICING TASKS

UNIT V

EMBEDDED SYSTEM APPLICATION DEVELOPMENT
5.1 REAL TIME OPERATING SYSTEM PROGRAMMING
5.1 REAL TIME OPERATING SYSTEM PROGRAMMING
5.2 BASIC FUNCTIONS EXPECTED FROM KERNOL FAN
5.2 BASIC FUNCTIONS EXPECTED FROM KERNOL FAN
5.3 SYSTEM LEVEL AND TASK FUNCTION
5.3 SYSTEM LEVEL AND TASK FUNCTION
5.4 TASK SERVICE FUNCTION
5.4 TASK SERVICE FUNCTION
5.5 MEMORY ALLOCATION RELATED FUNCTIONS
5.5 MEMORY ALLOCATION RELATED FUNCTIONS

EE8002 DESIGN OF ELECTRICAL APPARATUS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

DESIGN OF FIELD SYSTEM AND ARMATURE
1.1 Major Considerations in Electrical Machine Design
1.1 Major Considerations in Electrical Machine Design
1.2 Materials for Electrical Apparatus
1.2 Materials for Electrical Apparatus
1.3 Design of Magnetic Circuits ,Magnetizing Current, Flux leakage – Leakage in Armature
1.3 Design of Magnetic Circuits ,Magnetizing Current, Flux leakage – Leakage in Armature
1.4 Design of Lap Winding and Wave Winding
1.4 Design of Lap Winding and Wave Winding

UNIT II

DESIGN OF TRANSFORMERS
2.1 Construction
2.1 Construction
2.2 KVA Output for Single Phase Transformers
2.2 KVA Output for Single Phase Transformers
2.3 KVA Output for Three Phase Transformers
2.3 KVA Output for Three Phase Transformers
2.4 Overall Dimensions Design of Yoke, Core and Winding for Core and Shell type Transformers
2.4 Overall Dimensions Design of Yoke, Core and Winding for Core and Shell type Transformers
2.5 Estimation of No Load Current
2.5 Estimation of No Load Current
2.6 Design of Tank and Cooling Tubes of Transformers.
2.6 Design of Tank and Cooling Tubes of Transformers.
2.7 Computer Program: Complete Design of Single Phase Core Transformer
2.7 Computer Program: Complete Design of Single Phase Core Transformer

UNIT III

DESIGN OF DC MACHINES
3.1 Construction
3.1 Construction
3.2 Output Equations & Main Dimensions
3.2 Output Equations & Main Dimensions
3.3 Choice of Specific Loadings
3.3 Choice of Specific Loadings
3.4 Selection of Number of Poles
3.4 Selection of Number of Poles
3.5 Design of Armature
3.5 Design of Armature
3.6 Design of Commutator and Brushes
3.6 Design of Commutator and Brushes
3.7 Computer Program: Design of Armature Main Dimensions
3.7 Computer Program: Design of Armature Main Dimensions

UNIT IV

DESIGN OF INDUCTION MOTORS
4.1 Construction
4.1 Construction
4.2 Output equation of Induction Motor & Main Dimensions
4.2 Output equation of Induction Motor & Main Dimensions
4.3 Choice of Specific Loadings
4.3 Choice of Specific Loadings
4.4 Design of Squirrel Cage Rotor and Wound Rotor
4.4 Design of Squirrel Cage Rotor and Wound Rotor
4.5 Magnetic Leakage Calculations & Operating Characteristics
4.5 Magnetic Leakage Calculations & Operating Characteristics
4.6 Circle Diagram
4.6 Circle Diagram
4.7 Computer Program: Design of Slip-ring Rotor
4.7 Computer Program: Design of Slip-ring Rotor

UNIT V

DESIGN OF SYNCHRONOUS MACHINES
5.1 Output Equations, Design of Salient Pole Machines, Design of Turbo Alternator
5.1 Output Equations, Design of Salient Pole Machines, Design of Turbo Alternator
5.2 Choice of Specific Loadings
5.2 Choice of Specific Loadings
5.3 Short Circuit Ratio
5.3 Short Circuit Ratio
5.4 Armature Design
5.4 Armature Design
5.5 Estimation of Air Gap Length
5.5 Estimation of Air Gap Length
5.6 Design of Damper Winding
5.6 Design of Damper Winding
5.7 Computer Program: Design of Stator Main Dimensions- Brushless DC Machines
5.7 Computer Program: Design of Stator Main Dimensions- Brushless DC Machines

EE8005 SPECIAL ELECTRICAL MACHINES

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

STEPPER MOTORS
1.1 Constructional Features Principle and Operation of Stepper Motors and Applications
1.1 Constructional Features Principle and Operation of Stepper Motors and Applications
1.2 Single Stack Variable Reluctance Stepper Motor
1.2 Single Stack Variable Reluctance Stepper Motor
1.3 Hybrid Stepper Motor
1.3 Hybrid Stepper Motor
1.4 Theory Torque Equation of Stepper Motor
1.4 Theory Torque Equation of Stepper Motor
1.5 Characteristics of Stepper Motor
1.5 Characteristics of Stepper Motor
1.6 Drive System and Control Circuitry for Stepper Motor
1.6 Drive System and Control Circuitry for Stepper Motor

UNIT II

SWITCHED RELUCTANCE MOTORS
2.1 Construction and Operation of Switched Reluctance Motor
2.1 Construction and Operation of Switched Reluctance Motor
2.2 Power Semiconductor Switching Circuits for SRM
2.2 Power Semiconductor Switching Circuits for SRM
2.3 Control Circuits for SRM
2.3 Control Circuits for SRM
2.4 Torque-Speed Characteristics
2.4 Torque-Speed Characteristics
2.5 Rotor Position Sensor
2.5 Rotor Position Sensor
2.6 Microprocessor or Computer Based Control of SRM Drive
2.6 Microprocessor or Computer Based Control of SRM Drive

EE8005-SPECIAL ELECTRICAL MACHINES

UNITS

COURSE MATERIALS & VIDEOS

UNIT III

PERMANENT MAGNET BRUSHLESS D.C. MOTORS
3.1 Permanent Magnets Material
3.1 Permanent Magnets Material
3.2 Permanent Magnet Brushless D.C Motors
3.2 Permanent Magnet Brushless D.C Motors
3.3 Construction Of Mechanical Commutator
3.3 Construction Of Mechanical Commutator
3.4 Torque- Speed Charactersistics Of BLPM SQM DC Motor
3.4 Torque- Speed Charactersistics Of BLPM SQM DC Motor
3.5 Power Controller for BLPM Square Wave DC Motor
3.5 Power Controller for BLPM Square Wave DC Motor
3.6 Commutation In Motors With 120° And 180° Magnet Arc
3.6 Commutation In Motors With 120° And 180° Magnet Arc
3.7 Magnetic Circuit Analysis on Open Circuit
3.7 Magnetic Circuit Analysis on Open Circuit

UNIT IV

PERMANENT MAGNET SYNCHRONOUS MOTORS
4.1 Construction and Operation of a Permanent Magnet Synchronous Motor
4.1 Construction and Operation of a Permanent Magnet Synchronous Motor
4.2 Microprocessor Based Control of PMSM
4.2 Microprocessor Based Control of PMSM
4.3 Self Control of Permanent Magnet Synchronous Motor
4.3 Self Control of Permanent Magnet Synchronous Motor
4.4 Vector Control of BLPM SNW Motor
4.4 Vector Control of BLPM SNW Motor
4.5 Torque-Speed Characteristics Of BLPM
4.5 Torque-Speed Characteristics Of BLPM
4.6 Phasor Diagram of a Brushless PM SNW Or BLPB Synchronous Motor
4.6 Phasor Diagram of a Brushless PM SNW Or BLPB Synchronous Motor
4.7 Emf Equation Of Practical Blpm Sine Wave Motor
4.7 Emf Equation Of Practical Blpm Sine Wave Motor
4.8 Torque Equation Of Permanent Magnet Synchronous Motor
4.8 Torque Equation Of Permanent Magnet Synchronous Motor

UNIT V

OTHER SPECIAL MACHINES
5.1 Constructional Features of Synchronous Reluctance motor
5.1 Constructional Features of Synchronous Reluctance motor
5.2 Torque – Speed Characteristics
5.2 Torque – Speed Characteristics
5.3 Phasor Diagram Of Synchronous Reluctance Motor
5.3 Phasor Diagram Of Synchronous Reluctance Motor
5.4 Construction Features Of Stator Of Hysteresis Motor
5.4 Construction Features Of Stator Of Hysteresis Motor

Semester VII

EE8701 HIGH VOLTAGE ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

OVER VOLTAGES IN ELECTRICAL POWER SYSTEMS
Causes of Over Voltages and its Effect on Power Systems
Causes of Over Voltages and its Effect on Power Systems
Corona and its Effects
Corona and its Effects
Over Voltages due to Switching Surges
Over Voltages due to Switching Surges
Bewley Lattice Diagram
Bewley Lattice Diagram
Protection against Over Voltages
Protection against Over Voltages

UNIT II

DIELECTRIC BREAKDOWN
Breakdown in Non Uniform Felds
Breakdown in Non Uniform Felds
Vacuum Breakdown
Vacuum Breakdown
Thermal Breakdown
Thermal Breakdown
Breakdown in Composite Dielectric
Breakdown in Composite Dielectric
Breakdown in Liquid Dielectric
Breakdown in Liquid Dielectric

UNIT III

GENERATION OF HIGH VOLTAGES AND HIGH CURRENTS
Multistage Impulsive Voltage Generator
Multistage Impulsive Voltage Generator
Vandigraff Generator
Vandigraff Generator
Cascaded Transformer
Cascaded Transformer
Resonant Transformer
Resonant Transformer
Triggering and Control of Impulsive Generators
Triggering and Control of Impulsive Generators

UNIT IV

MEASUREMENT OF HIGH VOLTAGES AND HIGH CURRENTS
Capacitance Voltage Transformer
Capacitance Voltage Transformer
Electrostatic Voltmeter
Electrostatic Voltmeter
Generating Voltmeter
Generating Voltmeter
Peak Voltmeter
Peak Voltmeter
Digital Technique in High Voltage Measurements
Digital Technique in High Voltage Measurements

UNIT V

HIGH VOLTAGE TESTING AND INSULATION COORDINATION
Testing of Bushing
Testing of Bushing
Testing of Power Transformer
Testing of Power Transformer
Testing of Circuit Breaker
Testing of Circuit Breaker
Testing of Insulator
Testing of Insulator
Insulation Coordination
Insulation Coordination

EE8702-POWER SYSTEM OPERATION AND CONTROL

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

PRELIMINARIES ON POWER SYSTEM OPERATION AND CONTROL
1.1 Preliminaries on PSOC
1.1 Preliminaries on PSOC
1.2 Requirements of Good Power System
1.2 Requirements of Good Power System
1.3 System load variation, load curves
1.3 System load variation, load curves
1.4 Necessity of Voltage and Frequency Regulation
1.4 Necessity of Voltage and Frequency Regulation
1.5 P-F & Q-V Control
1.5 P-F & Q-V Control
1.6 Load Forecasting
1.6 Load Forecasting
1.7 Regulation of two generators in parallel
1.7 Regulation of two generators in parallel
1.8 Speed Governing Mechanisms and Modelling
1.8 Speed Governing Mechanisms and Modelling

UNIT II

REAL POWER - FREQUENCY CONTROL
2.1 LFC of Single area system Controlled case 1
2.1 LFC of Single area system Controlled case 1
2.2 LFC of Single area system Controlled case 2
2.2 LFC of Single area system Controlled case 2
2.3 LFC of Single area system Uncontrolled case
2.3 LFC of Single area system Uncontrolled case
2.4 LFC of Two Area system
2.4 LFC of Two Area system
2.5 State Variability Model
2.5 State Variability Model
2.6 Integration Of Economic Dispatch Control With LFC
2.6 Integration Of Economic Dispatch Control With LFC

UNIT III

REACTIVE POWER – VOLTAGE CONTROL
3.1 Excitation Systems Requirements
3.1 Excitation Systems Requirements
3.2 Modeling Of Excitation System
3.2 Modeling Of Excitation System
3.3 Voltage Control Method
3.3 Voltage Control Method
3.4 Static Var Compensators
3.4 Static Var Compensators
3.5 Static & Dynamic Analysis Of Automatic Voltage Regulator Loop
3.5 Static & Dynamic Analysis Of Automatic Voltage Regulator Loop
3.6 Tap Changing Transformer
3.6 Tap Changing Transformer
3.7 FC – TCR, Methods of reactive power injection
3.7 FC – TCR, Methods of reactive power injection
3.8 STATCOM
3.8 STATCOM

UNIT IV

ECONOMIC OPERATION OF POWER SYSTEM
4.1 Economic Operation Of Power System
4.1 Economic Operation Of Power System
4.2 Incremental Cost Curve
4.2 Incremental Cost Curve
4.3 Economic Dispatch Without Loss, Optimal operation of Thermal units
4.3 Economic Dispatch Without Loss, Optimal operation of Thermal units
4.4 Unit Commitment
4.4 Unit Commitment
4.5 Dynamic Programming Method
4.5 Dynamic Programming Method
4.6 Priority List Method
4.6 Priority List Method

UNIT V

COMPUTER CONTROL OF POWER SYSTEMS
5.1 Need Of Computer Control Of Power Systems
5.1 Need Of Computer Control Of Power Systems
5.2 Energy Control Centres
5.2 Energy Control Centres
5.3 Energy Management System
5.3 Energy Management System
5.4 Supervisory Control And Data Acquisition
5.4 Supervisory Control And Data Acquisition
5.5 Operating States
5.5 Operating States
5.6 System monitoring, control & Security Analysis & Control
5.6 System monitoring, control & Security Analysis & Control

EE8703 RENEWABLE ENERGY SYSTEM

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

RENEWABLE ENERGY SOURCES
1.1 ENVIRONMENTAL CONSEQUENCES OF FOSSIL FUEL USE
1.1 ENVIRONMENTAL CONSEQUENCES OF FOSSIL FUEL USE
1.2 IMPORTANCE OF RENEWABLE ENERGY SYSTEM
1.2 IMPORTANCE OF RENEWABLE ENERGY SYSTEM
1.3 Sustainable Design and development
1.3 Sustainable Design and development
1.4 Types of RE sources
1.4 Types of RE sources
1.5 Limitations of RE sources
1.5 Limitations of RE sources
1.6 Present Indian and international energy scenario
1.6 Present Indian and international energy scenario

UNIT II

WIND ENERGY
2.1 Power in the Wind
2.1 Power in the Wind
2.2 Types of Wind Power Plants
2.2 Types of Wind Power Plants
2.3 Components of WPPs
2.3 Components of WPPs
2.4 Working of WPPs
2.4 Working of WPPs
2.5 Siting of WPPs
2.5 Siting of WPPs
2.6 Grid integration issues of WPPs
2.6 Grid integration issues of WPPs

UNIT III

SOLAR PV AND THERMAL SYSTEMS
3.1Solar Radiation, Radiation Measurement
3.1Solar Radiation, Radiation Measurement
3.2 Thermal Power Plant, Central Receiver Power Plants
3.2 Thermal Power Plant, Central Receiver Power Plants
3.3 Solar Ponds
3.3 Solar Ponds
3.4 Thermal Energy storage system with PCM
3.4 Thermal Energy storage system with PCM
3.5 Basic Principle of SPV conversion
3.5 Basic Principle of SPV conversion
3.6 TYPES OF SOLAR CELL
3.6 TYPES OF SOLAR CELL
3.7 Photovoltaic cell concepts
3.7 Photovoltaic cell concepts
3.8 Types of PV Systems
3.8 Types of PV Systems
3.9 PV Module I-V Characteristics
3.9 PV Module I-V Characteristics
3.10 Efficiency & Quality of the Cell
3.10 Efficiency & Quality of the Cell
3.11PHOTOVOLTAIC PANELS (SERIES AND PARALLEL ARRAYS)
3.11PHOTOVOLTAIC PANELS (SERIES AND PARALLEL ARRAYS)
3.12 Maximum power point tracking
3.12 Maximum power point tracking

UNIT IV

BIOMASS ENERGY
4.1 Introduction-Bio mass resources
4.1 Introduction-Bio mass resources
4.2 ENERGY FROM BIOMASS
4.2 ENERGY FROM BIOMASS
4.3 BIOMASS ENERGY CONVERSION PROCESS
4.3 BIOMASS ENERGY CONVERSION PROCESS
4.4 BIOMASS COGENERATION
4.4 BIOMASS COGENERATION
4.5 Environmental Benefits
4.5 Environmental Benefits
4.6 Geothermal Energy Basics
4.6 Geothermal Energy Basics
4.7 GEOTHERMAL ENERGY–DIRECT USE
4.7 GEOTHERMAL ENERGY–DIRECT USE
4.8 GEO THERMAL ELECTRICITY
4.8 GEO THERMAL ELECTRICITY
4.9 HYDROPOWER PLANTS
4.9 HYDROPOWER PLANTS
4.10 Classification of hydropower schemes
4.10 Classification of hydropower schemes
4.11 Classification of water turbine
4.11 Classification of water turbine
4.12 Turbine theory
4.12 Turbine theory

UNIT V

OTHER ENERGY SOURCES
5.1 TIDAL ENERGY
5.1 TIDAL ENERGY
5.2 TIDAL POWER GENERATION IN INDIA
5.2 TIDAL POWER GENERATION IN INDIA
5.3 TIDAL POWER BASIN
5.3 TIDAL POWER BASIN
5.4 ADVANTAGES & DISADVANTAGES OF TIDAL POWER
5.4 ADVANTAGES & DISADVANTAGES OF TIDAL POWER
5.5 WAVE ENERGY
5.5 WAVE ENERGY
5.6 ADVANTAGES AND DISADVANTAGES OF WAVE POWER
5.6 ADVANTAGES AND DISADVANTAGES OF WAVE POWER
5.7 OCEAN THERMAL ENERGY CONVERSION
5.7 OCEAN THERMAL ENERGY CONVERSION
5.8 Hydrogen Production and Storage
5.8 Hydrogen Production and Storage
5.9 FUEL CELL
5.9 FUEL CELL

EI8075 FIBRE OPTICS AND LASER INSTRUMENTS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

OPTICAL FIBRES AND THEIR PROPERTIES
1.1 Construction of Optical Fiber Cable
1.1 Construction of Optical Fiber Cable
1.2 Principles of Light Propagation through a Fibre
1.2 Principles of Light Propagation through a Fibre
1.3 Different Types of Fibres and their Properties:
1.3 Different Types of Fibres and their Properties:
1.4 Fibre Characteristics
1.4 Fibre Characteristics
1.5 Absorption Losses and Scattering Losses
1.5 Absorption Losses and Scattering Losses
1.6 Connectors and Splicers
1.6 Connectors and Splicers
1.7 Optical Sources
1.7 Optical Sources

UNIT II

INDUSTRIAL APPLICATION OF OPTICAL FIBRES
2.1 Fibre Optic Sensors
2.1 Fibre Optic Sensors
2.2 Types of Fiber Optics Sensor, Intrinsic Sensor
2.2 Types of Fiber Optics Sensor, Intrinsic Sensor
2.3 Extrinsic Sensors
2.3 Extrinsic Sensors
2.4 Fibre Optic Instrumentation System
2.4 Fibre Optic Instrumentation System
2.5 Optical Domain Reflectometers
2.5 Optical Domain Reflectometers
2.6 Fiber Scattering Loss Measurement
2.6 Fiber Scattering Loss Measurement

UNIT III

LASER FUNDAMENTALS
3.1 Fundamental Characteristics of Lasers
3.1 Fundamental Characteristics of Lasers
3.2 Properties of Laser
3.2 Properties of Laser
3.3 Laser Modes
3.3 Laser Modes
3.4 Resonator Configuration
3.4 Resonator Configuration
3.5 Types of Lasers
3.5 Types of Lasers

UNIT IV

INDUSTRIAL APPLICATION OF LASERS
4.1 Laser for Measurement of Distance
4.1 Laser for Measurement of Distance
4.2 Laser for Measurement of Length and Velocity
4.2 Laser for Measurement of Length and Velocity
4.3 Laser for Measurement of Acceleration, Current and Voltage
4.3 Laser for Measurement of Acceleration, Current and Voltage
4.4 Material Processing
4.4 Material Processing
4.5 Laser Trimming of Material
4.5 Laser Trimming of Material

UNIT V

HOLOGRAM AND MEDICAL APPLICATIONS
5.1 Holography: Basic Principle, Holography vs Photography
5.1 Holography: Basic Principle, Holography vs Photography
5.2 Principle Of Hologram Recording
5.2 Principle Of Hologram Recording
5.3 Holography for Non-Destructive Testing
5.3 Holography for Non-Destructive Testing
5.4 Medical Applications of Lasers
5.4 Medical Applications of Lasers
5.5 Types of Interactions
5.5 Types of Interactions
5.6 Laser Instruments for Surgery
5.6 Laser Instruments for Surgery

OBT751 ANALYTICAL METHODS AND INSTRUMENTATION

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

SPECTROMETRY
Properties Of Electromagnetic Radiation
Properties Of Electromagnetic Radiation
Electromagnetic Spectrum
Electromagnetic Spectrum
Thermal Detectors
Thermal Detectors

UNIT II

MOLECULAR SPECTROSCOPY
Molecular Absorption Spectrometry
Molecular Absorption Spectrometry
Instrumentation
Instrumentation
Types Of Instruments
Types Of Instruments

UNIT III

NMR AND MASS SPECTROMETRY
Nuclear Magnetic Resonance Spectrometer
Nuclear Magnetic Resonance Spectrometer
Types of NMR Spectrometers
Types of NMR Spectrometers
Mass Spectrometers
Mass Spectrometers

UNIT IV

SEPARATIONMETHODS
Chromatogaraphy
Chromatogaraphy
Construction and working of gaschromatography
Construction and working of gaschromatography
Ionex change chromatography
Ionex change chromatography

UNIT V

ELECTRO ANALYSIS AND SURFACE MICROSCOPY
Electrochemical Cell
Electrochemical Cell
Electrode Potential
Electrode Potential
Voltammetry
Voltammetry

Semester VIII

EE8015 ELECTRIC ENERGY GENERATION, UTILIZATION AND CONSERVATION

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

ILLUMINATION
1.1 Introduction
1.1 Introduction
1.2 Importance of Lighting & Properties of Good Lighting Scheme
1.2 Importance of Lighting & Properties of Good Lighting Scheme
1.3 Laws of Illumination
1.3 Laws of Illumination
1.4 Photometry
1.4 Photometry
1.5 Types of Lamps
1.5 Types of Lamps
1.6 Lighting Calculations
1.6 Lighting Calculations
1.7 Basic Design of Illumination Schemes for Residential, Commercial, Street Lighting, Factory Lighting, Flood Lighting
1.7 Basic Design of Illumination Schemes for Residential, Commercial, Street Lighting, Factory Lighting, Flood Lighting
1.8 LED Lighting
1.8 LED Lighting
1.9 Energy Efficient Lamps
1.9 Energy Efficient Lamps

UNIT II

REFRIGERATION AND AIR CONDITIONING
2.1 Refrigeration & Domestic Refrigerator
2.1 Refrigeration & Domestic Refrigerator
2.2 Water Coolers
2.2 Water Coolers
2.3 Air-conditioning
2.3 Air-conditioning
2.4 Various Types of Air-conditioning System
2.4 Various Types of Air-conditioning System
2.5 Smart Air-conditioning Units
2.5 Smart Air-conditioning Units
2.6 Energy Efficient Motors
2.6 Energy Efficient Motors

UNIT III

HEATING AND WELDING
3.1 Role of Electric Heating for Industrial Applications
3.1 Role of Electric Heating for Industrial Applications
3.2 Resistance Heating
3.2 Resistance Heating
3.3 Induction Heating
3.3 Induction Heating
3.4 Dielectric Heating
3.4 Dielectric Heating
3.5 Electric Arc Furnaces
3.5 Electric Arc Furnaces
3.6 Brief Introduction to Electric Welding
3.6 Brief Introduction to Electric Welding
3.7 Welding Generator
3.7 Welding Generator
3.8 Welding Transformer and the Characteristics
3.8 Welding Transformer and the Characteristics

UNIT IV

TRACTION
4.1 Merits of Electric Traction & Requirements of Electric Traction System
4.1 Merits of Electric Traction & Requirements of Electric Traction System
4.2 Supply Systems
4.2 Supply Systems
4.3 Mechanics of Train Movement
4.3 Mechanics of Train Movement
4.4 Traction Motors and Control
4.4 Traction Motors and Control
4.5 Braking
4.5 Braking
4.6 Recent Trends in Electric Traction
4.6 Recent Trends in Electric Traction

UNIT V

DOMESTIC UTILIZATION OF ELECTRICAL ENERGY
5.1 Domestic Utilization of Electrical Energy – House Wiring
5.1 Domestic Utilization of Electrical Energy – House Wiring
5.2 Induction Based Appliances
5.2 Induction Based Appliances
5.3 Online and OFFline UPS
5.3 Online and OFFline UPS
5.4 Batteries
5.4 Batteries
5.5 Power Quality Aspects – Nonlinear and Domestic Loads
5.5 Power Quality Aspects – Nonlinear and Domestic Loads
5.6 Earthing – Domestic, Industrial and Substation
5.6 Earthing – Domestic, Industrial and Substation

EE8017 HIGH VOLTAGE DC TRANSMISSION

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION
1.1 DC Power Transmission
1.1 DC Power Transmission
1.2 Comparison of AC and DC Transmission
1.2 Comparison of AC and DC Transmission
1.3 Application of DC Transmission, Types of DC link
1.3 Application of DC Transmission, Types of DC link

UNIT II

ANALYSIS OF HVDC CONVERTERS
2.1 Line Commutated Converter, Choice of Converter Configuration
2.1 Line Commutated Converter, Choice of Converter Configuration
2.2 Analysis of Graetz circuit without Overlap
2.2 Analysis of Graetz circuit without Overlap
2.3 Analysis of VSC Topologies
2.3 Analysis of VSC Topologies
2.4 Firing Angle Control
2.4 Firing Angle Control

UNIT III

CONVERTER AND HVDC SYSTEM CONTROL
3.1 Principles of DC Link Control
3.1 Principles of DC Link Control
3.2 Converter Control Characteristics
3.2 Converter Control Characteristics
3.3 System Control Hierarchy
3.3 System Control Hierarchy
3.4 Firing Angle Control
3.4 Firing Angle Control

UNIT IV

REACTIVE POWER AND HARMONICS CONTROL
4.1 Reactive Power Requirements in Steady State & Sources of Reactive Power
4.1 Reactive Power Requirements in Steady State & Sources of Reactive Power
4.4 Generation of Harmonics
4.4 Generation of Harmonics

UNIT V

POWER FLOW ANALYSIS IN AC/DC SYSTEMS
5.1 Per Unit System for DC Quantities
5.1 Per Unit System for DC Quantities
5.2 DC System Model
5.2 DC System Model
5.3 Power Flow Analysis
5.3 Power Flow Analysis

EI8073 BIOMEDICAL INSTRUMENTATION

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

FUNDAMENTALS OF BIOMEDICAL ENGINEERING
1.1 Cell and Structure
1.1 Cell and Structure
1.2 Cardiovascular systems
1.2 Cardiovascular systems
1.3 Respiratory systems
1.3 Respiratory systems
1.4 Kidney and blood flow
1.4 Kidney and blood flow
1.5 Ultrasonic transducers
1.5 Ultrasonic transducers
1.6 Fibre optic temperature sensors
1.6 Fibre optic temperature sensors

UNIT II

NON-ELECTRICAL PARAMETERS MEASUREMENT AND DIAGNOSTIC PROCEDURES
1.1Measurement of blood pressure
1.1Measurement of blood pressure
1.2Spirometer
1.2Spirometer
1.3 Blood Gas analysers
1.3 Blood Gas analysers
1.4 pH of blood
1.4 pH of blood
1.5 Finger-tip oxymeter
1.5 Finger-tip oxymeter

UNIT III

ELECTRICAL PARAMETERS ACQUISITION AND ANALYSIS
1.1 Electrodes
1.1 Electrodes
1.2 Amplifiers
1.2 Amplifiers
1.3 ECG Isolation Amplifier
1.3 ECG Isolation Amplifier
1.4 Lead System
1.4 Lead System
1.5 Electric Safety
1.5 Electric Safety

UNIT IV

IMAGING MODALITIES AND ANALYSIS
Radio graphic and fluoroscopic techniques
Radio graphic and fluoroscopic techniques
Computer tomography and MRI
Computer tomography and MRI
Ultrasonography and Endoscopy
Ultrasonography and Endoscopy
Different types of biotelemetry systems
Different types of biotelemetry systems
Retinal Imaging
Retinal Imaging

UNIT V

LIFE ASSISTING, THERAPEUTIC AND ROBOTIC DEVICES
Pacemakers
Pacemakers
Defibrillators
Defibrillators
Diathermy and Heart Lung machine
Diathermy and Heart Lung machine

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Electrical and Electronic Engineering

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For Admission +91 8531088888

Call +91 9894298888 | admissions@rcet.org.in

Regional office:

Kerala: +91 8344883888 | 9526154775

Manipur: +91 9485244288 | 8344883888

Recognized Under Section 2(f) of University Grants Commission, UGC Act 1956

About Us

Administration

Electrical and Electronic Engineering

COURSE MATERIALS & VIDEOS

Developed by RCET Faculties

Menu