EE2354-MICROPROCESSOR AND MICROCONTROLLER FOR ANNA UNIVERSITY EXAM FOR 2008 REGULATION
EE2354-MICROPROCESSOR AND MICROCONTROLLER IMPORTANT QUESTIONS FOR ANNA UNIVERSITY EXAM FOR 2008 REGULATION
EE2355 -DESIGN OF ELECTRICAL MACHINES IMPORTANT QUESTION FOR APRIL/MAY 2015
EE2355 -DESIGN OF ELECTRICAL MACHINES FOR ANNA UNIVERSITY EXAM FOR 2008 REGULATION
EE2355 -DESIGN OF ELECTRICAL MACHINES IMPORTANT QUESTIONS FOR ANNA UNIVERSITY EXAM FOR 2008 REGULATION
EE2351-POWER SYSTEM ANALYSIS IMPORTANT QUESTION FOR APRIL/MAY 2015
EE2351-POWER SYSTEM ANALYSIS IMPORTANT QUESTIONS FOR ANNA UNIVERSITY EXAM FOR 2008 REGULATION
EE2351-POWER SYSTEM ANALYSIS IMPORTANT QUESTIONS FOR ANNA UNIVERSITY EXAM FOR 2008 REGULATION
EE2352 -SOLID STATE DEVICES IMPORTANT QUESTION FOR APRIL/MAY 2015
EE2352 -SOLID STATE DEVICES IMPORTANT QUESTIONS FOR ANNA UNIVERSITY EXAM FOR 2008 REGULATION
EE2352 -SOLID STATE DEVICES IMPORTANT QUESTIONS FOR ANNA UNIVERSITY EXAM FOR 2008 REGULATION
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EE2352 - Solid State Devices IMPORTANT QUESTIONS FOR ANNA UNIVERSITY
EE2352-Solid State Devices important question for Anna university exam may/June 2015
EE2352- Anna university exam for April/May 2015
Anna university important question for 2008 regulation April may 2016
EE2353-HIGH VOLTAGE ENGINEERING IMPORTANT QUESTION
EE2353-HIGH VOLTAGE ENGINEERING IMPORTANT QUESTIONS FOR ANNA UNIVERSITY EXAM FOR 2008 REGULATION
EE2353-HIGH VOLTAGE ENGINEERING IMPORTANT QUESTIONS FOR ANNA UNIVERSITY EXAM FOR 2008 REGULATION
GE2025 - PROFESSIONAL ETHICS IN ENGINEERING IMPORTANT QUESTION FOR MAY JUNE 2015
GE2025 - PROFESSIONAL ETHICS IN ENGINEERING IMPORTANT QUESTIONS FOR ANNA UNIVERSITY EXAM FOR 2008 REGULATION
GE2025 - PROFESSIONAL ETHICS IN ENGINEERING IMPORTANT QUESTIONS FOR ANNA UNIVERSITY
GE2025-Professional Ethics important question for Anna university exam may/June 2015
EEE IMPORTANT QUESTIONS FOR ANNA UNIVERSITY EXAM FOR 2015 APRIL-MAY
EEE IMPORTANT QUESTIONS FOR ANNA UNIVERSITY EXAM FOR 2008 REGULATION AND 2013 REGULATION FOR APRIL MAY JUNE 2015
Here you can download EEE important questions for all semester.
REGULATION-2008
SEMESTER-04
SEMESTER -05
EE2301-POWER ELECTRONICS -CLICK HERE
EC2311 COMMUNICATION ENGINEERING -CLICK HERE
CS2311 OBJECT ORIENTED PROGRAMMING -CLICK HERE
EC2314 DIGITAL SIGNAL PROCESSING -CLICK HERE
EE2302 ELECTRIC MACHINES II -CLICK HERE
EE2303 TRANSMISSION AND DISTRIBUTION -CLICK HERE
SEMESTER -06
GE2025 - PROFESSIONAL ETHICS IN ENGINEERING- CLICK HERE
EE2353
- HIGH VOLTAGE ENGINEERING - CLICKHERE
EE2352
- SOLID STATE DRIVES- CLICK HERE
EE2351
- POWER SYSTEM ANALYSIS -CLICK HERE
EE2355
- DESIGN OF ELECTRICAL MACHINES- CLICK HERE
EE2354
- MICROPROCESSORS AND MICROCONTROLLER-CLICK HERE
CS2363 -
COMPUTER NETWORKS
REGULATION-2013
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Anna university 5th semester important questions for 2013 regulation April May June 2015
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Anna university 7th semester important questions for 2013 regulation April May June 2015
Anna university 8th semester important questions for 2013 regulation April May June 2015
Anna university 1st semester important questions for 2008 regulation April May June 2015
Anna university 2nd semester important questions for 2008 regulation April May June 2015
Anna university 3rd semester important questions for 2008 regulation April May June 2015
Anna university 4th semester important questions for 2008 regulation April May June 2015
Anna university 5th semester important questions for 2008 regulation April May June 2015
Anna university 6th semester important questions for 2008 regulation April May June 2015
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EE2301-POWER ELECTRONICS IMPORTANT QUESTION
Power Electronics expected question from Rejinpaul
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5th semester important questions
EC2314 DIGITAL SIGNAL PROCESSING IMPORTANT QUESTION
EC2314 DIGITAL SIGNAL PROCESSING IMPORTANT QUESTION
UNIT-1
2 MARK
1.Power (or)Energy Signal
2.stability
16 Mark
11 A) linear and non-linear and Time varient or invarient
or
11 B) Advantage of DSP and Application of DSP
UNIT -II
2 Mark
1.Initial value theorem
2.Final value theorem
16 Mark
1. Find inverse Z-transform long division
i) Partial fraction method
ii) Residue method
iii) Convolution method
UNIT -III
2 Mark
1. Difference between DTFT with DFT
16 Mark
1. DIF FFT (Butterfly diagram)
2. DIT FFT (Butterfly diagram)
UNIT-IV
16 Mark
1.Handling window/hamming window
or
2. Buffer with chebysher filter(Sum)
UNIT -V
16 Mark
1. TMS architecture
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Note:
studying above questions thoroughly you get pass mark but to get higher marks study according to syllabus
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LICKUNIT-1
2 MARK
1.Power (or)Energy Signal
2.stability
16 Mark
11 A) linear and non-linear and Time varient or invarient
or
11 B) Advantage of DSP and Application of DSP
UNIT -II
2 Mark
1.Initial value theorem
2.Final value theorem
16 Mark
1. Find inverse Z-transform long division
i) Partial fraction method
ii) Residue method
iii) Convolution method
UNIT -III
2 Mark
1. Difference between DTFT with DFT
16 Mark
1. DIF FFT (Butterfly diagram)
2. DIT FFT (Butterfly diagram)
UNIT-IV
16 Mark
1.Handling window/hamming window
or
2. Buffer with chebysher filter(Sum)
UNIT -V
16 Mark
1. TMS architecture
REJINPAUL IMPORTANT QUESTION
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Note:
studying above questions thoroughly you get pass mark but to get higher marks study according to syllabus
INCOMING SEARCH ITEMS
EC2314 Digital Signal Processing question bank
Important question for Digital Signal Processing
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CS2311 OBJECT ORIENTED PROGRAMMING IMPORTANT QUESTION
Rejinpaul important question for object oriented programming-CS2311
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EE2303 TRANSMISSION AND DISTRIBUTION
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EE2302 REJINPAUL IMPORTANT QUESTION FOR ELECTRIC MACHINES II
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REJINPAUL IMPORTANT QUESTION FOR DIGITAL LOGIC CIRCUITS
Anna University Exams May/June 2014 Regulation 2008
Rejinpaul.com Important Questions 4th Semester BE/BTECH
EE2255 Digital Logic Circuits
1. Obtain the minimum sop using QUINE- McCLUSKY method and verify using K-mapF=m0+m2+m4+m8+m9+m10+m11+m12+m13
2. Reduce the Boolean function using k-map technique and implement using gates f (w, x, y, z)= _m (0,1,4,8,9,10) which has
the don’t cares condition d (w, x, y, z)= _m (2,11)
3. Implement the Boolean function using 8:1 mux. (8 marks) F (A, B, C, D) =A’BD’+ACD+B’CD+A’C’D.
4. Design A Full Adder And A Full Subtractor.
5. Simplify the following Boolean functions by using K’Map in SOP & POS. F (w, x, y, z) = _m (1, 3, 4, 6, 9, 1, 12, 14)
6. Design a 4-bit binary to excess-3 converter using the unused combinations of the code as don’t care
conditions. Represent the converter using logic diagram.
7. A sequential circuit has 2D ff’s A and B an input x and output y is specified by the following next state and output equations.
A (t+1)= Ax + Bx B (t+1)= A’x
Y= (A+B) x’
(i) Draw the logic diagram of the circuit. (ii)Derive the state table. (iii)Derive the state diagram.
8. Design a mod-10 synchronous counter using Jk ff. write excitation table and state table.
9. Write the excitation tables of SR, JK, D, and T Flip flops (8 marks) b) Realize D and T flip flops using Jk flip flops
10. Design a sequential circuit using JK flip-flop for the following state table [use state diagram]
11. Design a counter with the following repeated binary sequence:0, 1, 2, 3, 4, 5, 6.use JK Flip-flop.
12. Design an asynchronous sequential circuit that has 2 inputs x2 and x1, and one output z. the output is to remain 0 as long as an X1
is 0. The first change in x2 that occurs while x1 is 1 will cause z to be 1. Z is to remain 1 until x1 returns to 0. Construct a state
diagram and flow table. Determine the output equations.
13. Obtain the primitive flow table for an asynchronous circuit that has 2 input’s x, y and
output z. an output z=1, is to occur only during the input state xy=01 and then if and only if the input state xy=01 is preceded
by the input sequence xy=01, 00, 10, 00, 10, 00
14. Design a circuit with input a and b to give an output z=1 when AB =11 but only if A becomes 1 before B, by drawing total state
diagram, primitive flow table and output map in which transient state is included.
15. Design an Asynchronous sequential circuit using SR latch with two inputs A and B and one output y. B is the control input
which, when equal to 1, transfers the input A to output y. when B is 0, the output does not change, for any change in input.
16. Explain in detail about PLA with a specific example.
17. Explain with neat diagrams RAM architecture
18.Implement the following function using PLA. A (x, y, z) = m (1, 2, 4, 6)
B (x, y, z) = _m (0, 1, 6, 7) C (x, y, z) = _m (2, 6)
19. Discuss on the concept of working and applications of following memories.
ii) ROM II)EPROM iii)PLA.
20. compare the various digital logic families.
21. Write notes on FPGA.
22. Write notes on the characteristics and implementation of the following digital logic families.
(i)ECL ii) TTL
23. Write a HDL code for state machine to BCD to ex–3 codes Converter.
24. Write a behavioral VHDL description of the 4 bit counter.
25. Write VHDL code for a full sub tractor using logic Equation
26. Write a VHDL description of an S-R latch using a process
27. Write a HDL code for 8:1 MUX using behavioral model
28. Write the HDL description of the circuit specified by the Following Boolean equations
S = xy ‘+ x’ y C=xy
IMPORTANT QUESTIONS FOR LINEAR INTEGRATED CIRCUITS
LINEAR INTEGRATED CIRCUITS
PART B
IMPORTANT QUESTIONS FROM ALL 5 UNITS:
UNIT-1
2. Explain epitaxial growth, Photolithography process (8)
3. Fabrication of resistor, capacitor, diode, transistor(by giving sample circuits) (16)
4. Isolation techniques
Unit -2
1. Explain Block diagram of op-amp (8)
2. Explain ac characteristics of op-amp (8)
3. Explain application of op-amp as integrator and diffrentiator ( read all applications )(8)
Unit 3
1. Explain three op-amp instrumentation amplifier with diagram (16)
2. Explain op-amp as comparator (8)
3. Explain D/A convertors (8)
4. Explain A/D convertors using any two methods /(16)
Unit 4
1 .expalin ic 565 with neat block diagram (16)
2. explain application of ic 555 timer (16)
3. explain functional block diagram of ic 555 timer.(8)
Unit -5
1. Explain ic voltage regulator with neat sketch (16)
2. Explain ic 8038 with neat block diagram (16)
3. Explain switching regulators (16)
TIPS :
Be knowledgeable in all IC pin details .this will surely help u to get more marks in first
unit study all base planar process. So that u can attend both part A and part B question.
In case of 4th unit , study both PLL and VCO question so that u can attend one part B
question (99%). In 5th unit ,study function generator and switching regulator (especially
)..it may come surely ....
ELECTRIC MACHINES IMPORTANT QUESTIONS
IMPORTANT
QUESTION MAY/JUNE 2014
ELECTRICAL
MACHINES-1
PART – B QUESTIONS :
Unit- 1
1. Explain AC operation of magnetic circuits and
derive the energy stored in magnetic
field .(8)*
2. Explain the core losses that occurs in magnetic
circuits in detail. (8*)
3. Explain in detail how the emf is induced . (16)*
4. Compare magnetic circuits and electric circuits
(8)*
5. Explain (a)leakage flux( b)stacking factor (c)
air gap. (8)
Unit -2
1. Explain parallel operation of single phase
transformer. And derive the emf equation of
transformers. (16)*
2. Explain the working and construction of auto
transformer in detail.(8)
3. Draw and explain the equivalent circuits of
transformer (16)
4. Explain all the three phase transformer connections
. (16)*
5. Explain a)transformer on ON load b)transformers
on NO load conditions. (Each 8 )
Unit -3
1. Explain in detail singly excited magnetic system
(be in knowledge with full derivation
in safer side ) .(16)*
2. Explain in detail multiply (or) doubly excited
magnetic system .(16)*
3. Draw and explain the energy flow diagram for a
motor and generator. what is field
energy and co-energy ? (10)
Unit -4
1. Explain generated voltage in AC and DC machines.
(16)*
2. Explain MMF in single coil winding .(8)*
3. Explain MMF in a multiple coil distributed
winding (16)*
4. Explain and derive the torque in round rotor
machines in terms of flux and flux
density.(16)
Unit -5
1. Explain the methods of excitation in DC
generators (16)*
2. Explain characteristics of DC generator.(16)*
3. Explain in detail the armature reaction in the DC
machines. (16)*
4. Explain the process of commutation and the
methods to improve the commutations
.(16)*
5. Explain the three point starter in detail with
diagram .(8)
6. Explain the methods speed control of DC shunt
motor. (8)*
7. Explain the methods speed control of DC series
motor.(8)
8. Explain any 2 methods of testing of DC machines
.(8)*
Tips:
Problems are expected from 1st and 5th
unit.......
Be in knowledge with all theory question mentioned
above as you can be confident in attending the exam.
In related to 3th unit. Surely theory question can
be expected from mentioned
above question ... if not problem can be asked....
· -> important.. in 5th
unit.... many
theory questions are there...we have mentioned some repeated questions..
Click here to download
NOTE :MENTION (*) IS MORE IMPORTANT OF UNIVERSITY
EXAMINATION MAY BE OR MAY NOT BE ASKED SO PREPARE WELL
