Syllabus
Microprocessor And Interfacing
Unit – 1: VLSI Circuit Concept, Approach To Integrated System Design Using
Microprocessors, Bus Concepts, Address, Data And Control, Organization Of A
Computer With Mpu, Bits / Bytes / Words / Longwords – Their Ranges – Accuracy And
Precision, Memory Organization, Linear / Absolute Decoding.
Unit – 2: Introduction To Intel’s 8085a Architecture Description – Software Instructions,
Address Modes – Advantages, Timing Diagram Assess, Assemblers And Dissemblers –
(By Hand Coding).
Unit – 3: Flag Structure, Concept Of PSW Stacks And Subroutines – Simple And
Nested, Push, Pop Instructions And Call / Return Instructions, Stack Manipulation,
Simple Programmes.
Unit – 4: Interrupt – Concept And Structure In 8085, Interrupt Service Routines,
Advanced Instructions And Programming Of 8085a.
Unit – 5: Methods Of Data Transfer – Serial, Parallel, Synchronous, Asynchronous,
In/Out Instructions, Timing Diagrams, Simple Hardware Interface To 8085 Of Standard
Latches / Buffers / Keys / Display Devices As I/O Ports. Handshaking Concepts.
Architecture And Interface Of 8255 And 8253 To 8085.
Unit – 6: Hardware Considerations – Bus Contention, Slow Memory Interfacing,
Complete Signal Description Of 8085, Multiplexed Key Board / Display Interface And
Assembler Directives, General Awareness About Microcomputer System Related
Products.
Books: 1. Programming And Interfacing 8085a By Gaonkar, In Wiley Eastern.
2. Programming Of 8085 By D. V. Hall In Mcgraw Hill.
3. Goody: Intel Microprocessors In Tata Mcgraw Hill.
4. Pal. Microprocessor Principles And Applications In Tata Mcgraw Hill.
5. Gilmore: Microprocessor Principles And Applications In Tata Mcgraw Hill.
Electrical Power System I
Unit 1: Structure Of Electrical Power System, Brief Exposition Of Generation
Transmission And Distribution Aspects, Elementary Consideration Of Economic, Bulk
Power Supply System, Use Of High Voltage, General System Consideration Idea About
Substation. A Concept Of Real Reactive And Complex Power Unit System, Load And
Their Characteristics, Voltage And Frequency Depends Of Loads.
Unit 2: Representation Of Power System Elements, Models And Parameters Of
Generators, Transformer And Transmission Lines.
Unit 3: Elementary Distribution Scheme: Feeders And Distributors, LT And HT Cables.
Unit 4: Voltage Regulation And Efficiency Of Power Transmission Lines Using Simple
Series Equivalent Representation, T Representation And By Circle Diagram Using
Generalized Constants.
Unit 5: Interconnection Of System Elements To Form Two Bus Systems. Illustration Of
Active And Reactive Power Transmission. Introduction To Load Flow Studies In
Multibus System. Methods Of Solution Not Expected) Introduction Of Frequency And
Voltage As System State Indicators.
Unit 6: Elementary Concept Of Real And Reactive Power Control Steady State
Performance Of Turbine Governors, Load Automatic Voltage Regulators For Turbo
Generators, Insulation Of Overhead Lines, Insulators String Efficiency, Types Of
Insulators.
BOOKS:Modern Power System Analysis By Nagrath And Kothari
Electrical Energy Systemtheory By Elegard
Elements Of Power System Analysis By Stevenson
Westing House Transmission And Distribution Handbook
Power System Analysis By Wadhwa C. L.
Instrumentation
Unit I: Generalized Instrumentation System: Active And Passive Transducer.
Digital And Analog Mode Of Operation. Static And Dynamic Characteristic And
Performance Of Instruments. Statistical Treatment Of Measurement Errors, Gaussion
Error Distribution, Probability Tables, Combination Of Error.
Unit II: Motion Measurement: Relative & Absolute Motion Measurement.
Measurement
Of
Velocity
&
Acceleration,
Electrical
Transducer
For
Motion
Thermo-Electric
Circuit,
Measurement. Lvdt, Piezoelectric Transducers, Measurement Of Shaft.
Unit
III:
Temperature
Measurement:
Laws
Of
Thermocouples, Cold Junction Compensation, Thermistors, Radiation Thermometry.
Broadband Narrow Band Radiation Methods. Two Colour Pyrometers, Optical
Pyrometer, Temperature Compensation Of Temperature Sensors, Heat Flux Sensors.
Unit IV: Miscellaneous Measurement: Brief Treatment Of Principle Used In The
Measurement Of Liquid Level Flow. Press And Ph Cathode Ray Oscilloscope,
Introduction To Data Acquisition System.
Unit V: Method Of Analog To Digital Conversion: Errors In A To D Conversion,
Application In Digital Voltmeters. Electronic Frequency, Time Period Measurement.
Unit VI: Integrated Circuits In Instrumentation: Operational Amplifier (741)
Comparators(339) Timers(555), Function Generator(2206) Constant Current Source
Using Icd, Elementary Idea Of Microprocessor Based Instrument.
BOOKS:Measurement System Application And Design By E. O. Docblin In Mcgraw Hill
Electronics Instrumentation And Measurement Technique By W. D. Cooper In
Phi.
Instrumentation For Engineering Measurement By Dallley, Railey, Mc Connel
John Wiley & Sons
Electrical & Electronics Measurement And Instrumentation By A.K. Sawhney.
Instrumentation Devices & System By Rangan In Tata Mcgraw Hill.
Electrical Machine – II
Unit I: Three Phase Synchronous Generator: Introduction, Constructional Features
Of Cylindrical % Salient Pole Rotor Machines, Introduction To Armature Winding & Field
Winding, MMF Armature Winding & Field Windings, Induced Emf & Problems Based On
Above Topics.
Unit II: Steady State Operation Of Synchronous Motor: Phasor Diagram, Regulation
Of Alternator By Emf Method, MMF Method & Zpfc Method, Steady State Performance
Of Three Phase Synchronous Motor, Problems Based On Above Topics.
Unit III: Synchronous Of Generator With An Other Generator: Introduction Of
Parallel Operation Of Alternator, Experimental Determination Of Parameters, Short
Circuit Ratio, Losses & Efficiency, Problems Based On Above Topics.
Unit Iv: Synchronizing Machines On Infinite Bus: Phasor Diagram, Expression For
Torque Load/Torque Angle, Synchronous Motor Operation, Effect Of Variable Excitation
& Power Input On Generator Operation, Effect Of Variable Excitation & Load On Motor
Operation, Problems Based On Above Topics.
Unit V: Transient Behavior: Sudden Three Phase Short Circuit Occur On Alternator,
Transient & Subtransient Reactances & Their Measurement, Time Constant &
Equivalent Circuit Diagram, Introduction Of Damper Winding, Problems Based On
Above Topics.
Unit Vi: Introduction To Special Machines: Repultion Motors, Ac Series Motors,
Universal Motors, Reluctance Motors, Hysteresis Motor, Power Selsyns, Study Of
Search Motor.
Books:Electrical Machines By Dr. P.K. Mukherjee & S. Chakrawati
Electrical Machinery By Filzegerald & Kingsley & Kusko, Mcgraw Hill
Electrical Machinery By Nagrath & Kothri
Electrical Machinery By P. S. Bhimbra.
Electrical Machine Design
Unit I: Review Of Material Used In Construction Of Electrical Machine:
Classification Of Insulating Material Depending Upon Permissible Temperature
Rise, Properties Of Transformer Oil, C.M.R. And Short Time Machine, Heating
And Cooling Characteristics.
Unit II: Transformer Design: Specific Loading, Equation For Voltage Per Turn For
Power And Distribution Transformers, Output Equation.
Unit III: Principle Of Electric And Magnetic Circuit Design, Method Of Cooling And
Cooling Circuit Design. Estimation Of Performance Characteristic From The Design
Data.
Unit IV : Induction Motor: Main Dimension, Output Equation, Loading Constant,
Estimation Of Axial Length, Air Gap Diameter, Winding Design.
Unit V: Air Gap Length, Slot Combination For Stator And Rotor If I.M., Cage Rotor And
Wound Rotor Design. Calculation Of No Load Current And Other Performance From
Characteristic For Design Data.
Unit VI: Synchronous Machine:
Air Gap Lenth, Method Of Obtaining Sinusoidal Out Put Voltage, Field Coil Design For
Salient Pole ,Achine And For Turbo Generator Rotor Ventilation Of Synchronous
Generator. Cooling Air Circuit, Close Ventilation / Quantity Of Cooling Medium,
Hydrogen And Water As Cooling Media.
BOOKS:
Performance And Design Of A. C. Machines. By M. G. Say
Electrical Machine Design By A. K. Sawhney In Dhanpatrai & Sons,Delhi.
Electrical Machine Design By Balbir Sing In Brite Students Publications, Pune
Power Transformer By Vasytinski,P. G. S. College Of Technology, Coimbtore.
Electrical Machine Design By M. V. Deshpande.