Electrical and Electronics - Lingaya's University

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B.Tech. Electrical & Electronics Engineering (Regular)EXPERIMENTS/PROGRAMS/EXERCISES1. Performance parameter of various converters;2. Sequence control of AC – DC power converter;3. Comparison of AC – DC converters with andwithout filters;4. Operating Instrumentation system;5. Electronic Control System;6. Micro – controller development system;7. Simulation of Power Converters using MATLAB;8. Relay network programming;9. Programming PLC;10. Applications of Op-Amp;11. Active filters;12. Amplifiers & pulse generator and project onillumination;EE-453EMBEDDED SYSTEMSENGINEERING LABL T P Cr0 0 2 1LIST OF EXPERIMENTS1. Write a program in 8051 using mov instruction.2. Write a program for subroutine in 8051.3. Write a program for Loop control using djnzstatement (8051).4. Write a program for RAM-direct addressing (8051)5. Write a program for seven – segment display(8081).6. Write a program for traffic – control light in 8051.7. Write the blink – LED program in 8051 Keilsoftware.8. Write a program for 8051 – kit and execute it toglow LEDs.9. Program for state – operations (8051).10. Program for Timer (8051).EE-461POWER QUALITYMONITORING ANDCONDITIONINGL T PCr5 0 0 3OBJECTIVEThis subject concentrates on the power qualityphenomenon that primarily affects the customer–interruptions and voltage sags which account for thevast majority of unwanted equipment trips.1. OVERVIEW AND DEFINITION OF POWERQUALITY (PQ): Sources of pollution, andregulations; power quality problems; rapid voltagefluctuations voltage unbalance; voltage dips andvoltage swells; Short duration outages.2. DEFINITIONS VOLTAGE SAG ANALYSIS ANDMITIGATION: Sag caused by motor starting; sagcaused by utility fault clearing, sag mitigation, Sagmagnitude and duration calculations; RMS voltage;peak examples of sag magnitude; calculation in 1-phase systems; equipment performance inpresence of sag; computers, AC and DC drives.3. HARMONICS: Effects-within the power system;interference with communication HarmonicMeasurements; Harmonic elimination.4. HARMONICS DISTORTION: Power systemharmonics; harmonic analysis; Harmonicsources-the static converters; transformermagnetization and non-linearties; rotatingmachines; arc fumaces; fluorescent lighting;introduction to power converters; Fourieranalysis; Total harmonic distortion; rms andaverage value calculations; Arching andsaturable devices; effects of harmonic distortion;system response characteristic.5. PRINCIPLES FOR CONTROLLINGHARMONICS: Locating sources of harmonics;passive and active filters; Harmonic filter design.6. MONITORING POWER QUALITY: Monitoringessentials; Power quality measuring equipment;current industry trends.7. POWER CONDITIONING: Electric powerconditioning; active and passive filters;IEEF, IEC, ANSI, standards; power acceptabilitycurves; various standards.TEXT BOOKBollen, Math H.J, ―Understanding Power QualityProbems‖, IEEE Press / Standard Publication &Distributors, Indian Edition, 2001.REFERENCE BOOKS1. Fuchs, Edwald F, Masoum Mohammad A.S.,―Power Quality in Power System & ElectricalMachines‖, Academic Press, An imprint of Elsevier1 st Indian reprint, 2009.2. Beaty H., Durgan and Santoso Surya, ―ElectricalPower System Quality‖, McGraw Hill Inc. NewYork.3. Mohan N., ―Power Electronics‖, Wiley Eastern Ltd.4. Valkenberg Van, ―Network Analysis‖, Prentice Hallof India.EE-462ELECTRICAL MACHINESDESIGNL T P Cr5 0 0 3OBJECTIVEMachine design through CAD is quite reliable andallows flexibility in designing of various types ofelectrical machines. It also contributes to improve theperformance of electrical machine. Course has beendesigned to enable the students to make them familiarwith new technology.1. INTRODUCTION: Design of Machine: Factors,limitations, Modern Trends. Modes of heatdissipation, temperature gradients, Types ofenclosures, Types of ventilation, Conventional anddirect cooling, Amount of coolants used, ratingmachines.2. MATERIALS: Conducting, magnetic and insulatingmaterials.3. MAGNETIC CIRCUITS: MMF calculation for airgap and teeth of electrical machines, Real andapparent flux densities, Iron Losses, field form,Leakage flux, Specific permeance.4. DESIGN OF TRANSFORMERS: Output equations,Types of transformer windings, Design of core,windings and tank, Performance calculations.5. CONCEPTS AND CONSTRAINTS IN DESING OFROTATING MACHINES: Specific loading, outputequation and output coefficient, Effect of variationof linear dimension, Winding for DC & ACmachines and their layout.6. DESIGN OF ROTATING MACHINES: Calculationof D & L for DC, Introduction of synchronous26
Lingaya’s University, Faridabadmachines, length of air gap, design of field coils forDC and synchronous machines, Selection of rotorslots of squirrel cage induction motor, design ofbars and ends, Design of rotor for wound rotor forinduction motors, design of commutator and interpoles for DC machines, Windings7. COMPUTER AIDED DESIGN OF ELECTRICALMACHINES: Analysis and synthesis approaches,design algorithms, introduction to Optimizationtechniques, implementing computer program fordesign of three phase induction motor.TEXT BOOKSSawhney, A.K, ―A course in Electrical Machine Design‖Dhanpat Rai & Co. (P) LTD. Sixth Ed., 2006REFERENCE BOOKS1. Say, M.G., ―Theory, performance and Design ofalternating current machines‖ ELBS, 15th Ed.1986.2. Clayton, A.E., ―Theory, Performance and Design ofDirect Current machines‖ C. B. S. Publication, 3rdEd. 1967.3. Rao, S.S., ―Engineering Optimization Theory &Practice‖, New Age International Publication, 3 rdEdition, 2006.4. Mittal, V.N., ―Design of Electrical Machine‖Standard Pub. & Distributor, 4 th Ed., 1996.EE-463 CONTROL SYSTEM DESIGNL T P Cr5 0 0 3OBJECTIVEProviding sound knowledge about the various controlsystem techniques required for the operation andaccurate controls of Industrial processes and otherstrategies for complicated processes and efficientcontrol.1. REVIEW OF SYSTEMS: Review of first and higherorder systems closed and open loop response;response to step, impulse and sinusoidaldisturbances.2. STABILITY ANALYSIS IN FREQUENCYDOMAIN: Frequency response; correlationbetween time & frequency response; Designspecifications in frequency domain – gain margin;phase margin, resonance frequency; bandwidth;PID controller design in frequency domain.3. SYSTEM STABILITY: Stability analysis fromimpulse response; Routh-Hurwitz Criteria; Nyquiststability criteria; bode plot; system with time delays.4. ROOT LOCUS TECHNIQUES: Introduction; rulesfor plotting root locus; root locus symmetry;applications of root locus for stabilityconsiderations.5. COMPENSATION DESIGN: Necessity ofcompensation; effects of compensations;compensation networks such as lag; lead, legleadcompensation design using root locustechniques.6. POLE – PLACEMENT DESIGN & STATEOBSERVERS: Introduction; stability improvementby state feedback; conditions for pole – placement;state regulator design; Design of state observers.7. DESIGN OF DIGITAL CONTROL ALGORITHMS:Z-plane specifications of control system design;digital compensator design using frequencyresponse plots; root locus plots.TEXT BOOKGopal Madan, ―Control Systems – Principles & Design‖,Tata McGraw Hill.REFERENCE BOOKS1. Nagrath I. J., & Gopal M., ―Control SystemsEngineering‖, New Age International.2. Kuo B.C., ―Automatic Control Systems‖, PrenticeHall of India.3. Ogata K., ―Modern Control Engineering‖, PrenticeHall of India.EE-481MAJOR PROJECTPHASE-IL T P Cr0 0 10 5OBJECTIVEThe project involves in-depth study on the topic,design, development, analysis fabrication and/orexperimental work – Hardware and/or Software. It isintended to give an opportunity to a student to apply hisknowledge to solve real-life problem. The student hasto select a project work based on a topic of interest.OPERATIONMajor Project shall comprise of Phase-I and Phase-II, spread over Term-XI and Terms-XII respectively.The students may work jointly (small group) orindividually.EE-482MAJOR PROJECTPHASE-IIRefer to EE-481 for details.EE-483INTERNSHIP - IL T P Cr0 0 6 3L T P Cr0 0 2 1OBJECTIVEThe Internship course is a formal method of linkinguniversity with the world of work and essentially takesthe class room for 20-22 weeks to a professionallocation where the student and faculty solve real-lifeproblems, of course, with the help of professionalexperts. Resident University faculty will supervise theeducation of the students.OPERATIONThe Internship course has two components, namelyInternship-I of 6-8 weeks duration (Summer-termfollowing 9 th Term) and Internship-II of 13-14 weeksduration (11 th Term). After the Internship-II, in 12 th termthe student will document internship work in detail anddeliver colloquium. However, the student may contactindustry during this period.(a) Internship-I:Internship-I is conducted at large industrial complexesduring Summer Term after Term-IX and exposes thestudents to real-life situations.27
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Electrical and Electronics - Lingaya's University

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