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V.S.B. ENGINEERING COLLEGE, KARUR
DEPARTMENT OF ELECTRICAL AND ELECTRONICS ENGINEERING
Academic Year: 2017-2018 (ODD Semester)
ASSIGNMENT QUESTIONS
Class: II YEAR/III SEMESTER
S.No SUBJECT
CODE SUBJECT NAME
PAGE NO.
1 EE6301 Digital Logic Circuits 2
2 EE6302 Electromagnetic Theory 3
3 EE6303 Linear Integrated Circuits and Applications
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4 EC6202 Electronic Devices and Circuits 5
5 GE6351 Environmental Science and Engineering
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6 MA6351 Transforms and Partial differential equations
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Name of subject: EE6301 Digital Logic Circuits
Class: II Year / III Semester B.E. Electrical and Electronics Engineering
Name of Faculty: M.Ramachandran
Date of Submission:
1. Illustrate the Rules for simplifying logic functions using quine Mccluskey Method.
2. Discuss in detail about Binary Decoder.
3. Elucidate the K-Map simplification with doesn’t care condition.
4. Discuss the real time Usage of Flip-flops.
5. Design counters by using various Flip Flops.
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Name of subject: EE6302 Electromagnetic Theory
Class: II Year / III Semester B.E. Electrical and Electronics Engineering
Name of Faculty: V.Sivakumar
Date of Submission:
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Class: II Year / III Semester B.E. Electrical and Electronics Engineering
Name of Subject: Linear Integrated Circuits and Applications
Name of Faculty member: N.Abirami
Date of Submission:
1. Find Vo of the following circuit
2.
3.
4. Explain how a monolithic capacitor can be fabricated.
5. Derive the gain of inverting and non- inverting.
6. Explain the working of any one of sinusoidal oscillators
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7. Briefly explain the block diagram of PLL and derive the expression for block range and
capture range
8. Explain the Astable mode of operation using 555 timer.
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Year/Semester & Branch: III Year/V Semester B.E. EEE
Subject Name: EC6202 - Electronic Devices and Circuits
Faculty Name: R.Pari
Date of Submission:
1. What is meant by tunneling? Explain the V-I characteristics of a tunnel diode using
energy band diagram.
2. Discuss the different modes of operation of TRIAC with the help of VI characteristics
and also explain the switching characteristics of TRIAC.
3. Explain the working of 1Φ full converter with RL load and derive the expression for the
average and rms value.
4. (i) What is Schottky diode? Explain the flow of carriers across its junction during
forward and reverse biased conditions with energy band diagrams.
(ii) Explain the principle behind the varactor diode and list out its applications.
5. Explain the various techniques of stabilization of Q point in a transistor.
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Name of subject : GE6351 & Environmental Science and Engineering
Class : II Semester / CSE-A & EEE
Name of Faculty : Ms.G.M.Rathika
Date of Submission:
1. Identify and explain the major threats to the biodiversity in India.
2. Describe in detail about any one pollution related case study.
3. Analyse the environmental effects of extracting and using minerals resources and write the
remedies taken.
4. Enlist the rules of management and handling biomedical waste and analyse critically the
problems associated with the implementation.
5. Explain about case studies on role of IT in human health protection.
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Subject :MA 6351 –Transforms and Partial Differential Equations
Name of Faculty : Ms.Saranya
Date of Submission:
PART-A
Answer ALL Questions (5x2=10 Marks)
1. Find the Complete Integral of
2. Solve 3. State the Dirichlet’s Conditions for Fourier series
4. Expand f(x)=1 as a half range Fourier sine series in the interval
5. Find the value of in the Fourier series expansion of f(x) =
PART-B Answer ALL Questions (5x8=40 Marks)
6. Form the PDE by eliminating arbitrary functions and from the relation
7. Solve
8. Obtain the complete solution of
9. Find the Fourier series of of periodicity .
10.Find the Fourier series expansion of in and hence deduce the value of
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V.S.B. ENGINEERING COLLEGE, KARUR
DEPARTMENT OF ELECTRICAL AND ELECTRONICS ENGINEERING
Academic Year: 2017-2018 (ODD Semester)
ASSIGNMENT QUESTIONS
Class: III YEAR/ VI SEMESTER
S.No SUBJECT
CODE SUBJECT NAME
PAGE NO.
1 EE6503 Power Electronics 2
2 EE6502 Microprocessor and Microcontroller
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3 ME6701 Power Plant Engineering 4
4 EE6504 Electrical Machines-II 5
5 IC6501 Control System 6
6 EE6501 Power System Analysis 7
Year/Semester & Branch: III Year/V Semester B.E. EEE
Subject Name: Power Electronics
Faculty Name: R.Pari Date of Submission:
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6. Explain the operation of special semiconductor devices SCS and MCT.
7. Briefly discuss the working of Battery charger with necessary diagram.
8. Classify the basic topologies of switching regulators and explain the operation of Cuk
converter.
9. Discuss the working of series resonant inverter with neat circuit and waveform.
10. What is SMPS? With neat diagram explain the operation of SMPS and mention the
applications of SMPS.
Name of the course (subject) : EE6502-Microprocessors and Microcontrollers
Name of the faculty member : M. Iyappan
Class / Semester : III Year / V Semester B.E Electrical and Electronics
Engineering
Date of Submission:
1. Explain in detail about microprocessor based temperature control system.
2. Write an assembly language program to sort an array of 10 elements in ascending order.
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3. Illustrate the testing and troubleshooting of memory and I/O interfacing circuits with
microprocessor 8085.
4. Describe the instruction set of 8085 microprocessor.
5. Design the interface for an 8-bit DAC to the 8051 microcontroller.
6. Discuss about the serial I/O programming of 8051 microcontroller.
Name of the course (subject) : ME6701 Power Plant Engineering
Name of the faculty member : V.Sivakumar
Class / Semester : III Year / V Semester B.E Electrical and Electronics
Engineering
Date of Submission:
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Class: III Year / V Semester B.E. Electrical and Electronics Engineering
Name of Subject: Control System[IC 6501]
Name of Faculty member: Dr.K.Kannan
Date of Submission:
1. Explain and derive the transfer function of speed control of DC Motor.
2. Derive the time domain specifications of a second order system.
3. Write the procedure for the design of Lag- Lead compensator using Bode plot.
4. Explain the use of Nichol’s chart to obtain closed loop frequency response from open loop
frequency response of a unity feedback system.
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5. With a neat block diagram, drive the state model and its equation of a linear multi input
multi output system.
Year/Semester & Branch: III Year/V Semester B.E. EEE
Subject Name: Power System Analysis
Faculty Name: R.Sivakumar
Date of Submission:
1. Compare the characteristics and performance of steady state and transient state power
system analysis.
2. Derive the fast decoupled load flow algorithm and give the procedure fo r implementing
this algorithm.
3. Discuss the short circuit faults in transmission lines.
4. Explain the possibility of balanced fault occurs in any industries when subject to
overload.
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V.S.B. ENGINEERING COLLEGE, KARUR
DEPARTMENT OF ELECTRICAL AND ELECTRONICS ENGINEERING
Academic Year: 2017-2018 (ODD Semester)
ASSIGNMENT QUESTIONS
Class: IV YEAR/VII SEMESTER
S.No SUBJECT
CODE SUBJECT NAME
PAGE
NO.
1 EE 6701 High Voltage Engineering 2
2 EE 6702 Protection and Switchgear 3
3 EE6703 Special Electrical Machines 4
4 MG6851 Principles of Management 5
5 EE6005 Power Quality 6
6 EE6007 Micro electro mechanical System 7
Class: IV Year / VII Semester B.E. Electrical and Electronics Engineering
Name of Subject: 6701-High Voltage Engineering
Name of Faculty member: Preetha S
Date of Submission:
1. Explain the Switching surges caused in transmission lines.
2. Explain in detail the generation of transmission lines.
3. Explain in detail about insulators and its types.
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4. Describe the working of Circuit Breakers and explain the types.
5. Define reactive power and real power in the transmission lines. Explain how to reduce reactive
power in transmission line to improve the flow of real power.
Class: IV Year / VII Semester B.E. Electrical and Electronics Engineering
Name of Subject: EE 6702-Protection and Switchgear
Name of Faculty member: R.Sivakumar
Date of Submission:
6. Briefly discuss the protective devices used for the protection of a HT transformer.
7. Analysis the causes of low voltage in substation.
8. Explain in details how short circuit occurs in substation.
9. Explain different types of earthling the neutral point of the power system. Derive an
expression for the reactance of the Peterson coil in terms of capacitance of the protection
line.
10. Describe about the digitized substations used in TANGEDCO.
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Class: IV Year / VII Semester B.E. Electrical and Electronics Engineering
Name of Subject: EE Special Electrical Machines
Name of Faculty member: S.Sivaranjani
Date of Submission:
1. Brief the use of electric motors for the propulsion of seagoing vessels.
2. Detail the evaluation of Super conducting Generators and Motors.
3. What is a Nano motor? Discuss about it’s features and characteristics.
4. How do linear motors work? Describe about linear electric motor.
5. What do you mean by Photo voltaic SRM? Enumerate about ultra fast Switched Reluctance
Motor.
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Year/Semester & Branch: IV Year/VII Semester B.E. EEE
Subject Name: Principles of Management
Faculty Name: M.Iyappan
Date of Submission:
5. Explain the types of interview, steps in interview process and mention the qualities of
effective engineer?
6. Write the knowledge management system in detail.
7. What are the various types of career planning process in detail?
8. Elaborate the various human resource information systems with design methods in
detail.
9. How to handle the grievance handling and grievance redressed methodology in detail.
Class: IV Year / VIII Semester B.E. Electrical and Electronics Engineering
Name of Subject: EE6005-Power Quality
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Name of Faculty member: M.Ramachandran
Date of Submission:
1. What are the devices available to mitigate voltage sag? With the help of suitable waveforms and
block diagrams explain about each in detail. 2. Explain in detail the fundamental principles of protection in power quality improvement.
3. Explain in detail to evaluate, control and design the applied harmonics.
4. Describe in detail about the power quality benchmarking.
5. Discuss in detail about the power quality standards.
Class: IV Year / VIII Semester B.E. Electrical and Electronics Engineering
Name of Subject: EE6007-Micro Electro Mechanical Systems
Name of Faculty member: B.Satheeshprabu
Date of Submission:
1. Illustrate about Bio MEMS and Chemical MEMS 2. Discuss about gripping piezoactuator and shear mode piezoactuator
3. Write short notes on i) Micro grippers ii) Micro motors
4. Explain about Digital Micro mirror Technology (DMD)?
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5. List the advanced micro system fabrication technologies and discuss them
