EE6502 Microprocessors and Microcontrollers Question Bank

EE6502 Microprocessors and Microcontrollers Question Bank Regulation 2013 Anna University free download. EE6502 Question Bank Microprocessors and Microcontrollers pdf free download.

Sample EE6502 Microprocessors and Microcontrollers Question Bank:

1. Draw the pin configuration of 8085 and explain the purpose of each signal. (BT-1) (16)

2. Deduce the functional description of 8085 Microprocessor with neat diagram. (BT-5) (16)

3. Describe the hardware architecture of 8085 microprocessor with a neat block diagram.(BT-1)(16)

4. (i) Draw the timing diagram of Opcode fetch machine cycle and explain. (BT-4) (8) (EE6502 Microprocessors and Microcontrollers Question Bank)

(ii) Draw and explain the timing diagram of memory write operation. (BT-4) (8)

5. (i) Describe in detail about memory interfacing using 8085. (BT-1) (8)

(ii) Draw and explain the flag register of 8085 in brief. (BT-1) (8)

6. (i) Draw the timing diagram for memory read cycle and explain. (BT-4) (8)

(ii) Draw and explain the timing diagram for MVI A,32H. (BT-4) (8)

7. (i) Illustrate the execution of instruction CALL 4322H with timing diagram. Assume the relevant details. (BT-3) (8) (EE6502 Microprocessors and Microcontrollers Question Bank)

(ii) Illustrate about the bus structure of 8085 processor. (BT-3) (8)

8. Design an interface circuit for microprocessor controlled system to meet the followingspecifications. (a) 74LS138: 3to 8 decoder.
(b) 2732 (4K x 8): EPROM- address range should begin at 0000h and
additional 4K memory space should be available for future expansion.
(c) 6116 (2K x 8): CMOS R/W memory (BT-6)(16)

9. Discuss with flow diagram how an instruction is fetched and executed in an 8085 processor. (BT-2) (16) (EE6502 Microprocessors and Microcontrollers Question Bank)

10. (i) Discuss in detail about the I/O read and write operation of 8085 processor with timing diagram. (BT-2) (8)

(ii) Discuss briefly the input and output interfacing techniques used in 8085
microprocessor.(BT-2) (8)

11. Explain an 8085 interrupt process and mention the difference between a maskable and a non maskable interrupts. (BT-2) (16)

12 (i) Draw and explain the timing diagram for SHLD 16-bit address. (BT-4) (8)

(ii) Explain the interpretation of the accumulator bit pattern for SIM and RIM
instruction. (BT-4) (8) (EE6502 Microprocessors and Microcontrollers Question Bank)

Subject Name	Microprocessors and Microcontrollers
Subject Code	EE6502
Regulation	2013
File	PDF

EE6502 Microprocessors and Microcontrollers Question Bank click here to download

EE6502 Microprocessors and Microcontrollers Syllabus

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EE6501 Power System Analysis Question Bank

EE6501 Power System Analysis Question Bank Regulation 2013 Anna University free download. EE6501 Question Bank Power System Analysis pdf free download.

Sample EE6501 Power System Analysis Question Bank:

1. List the different components of power system.

2. What is single line diagram? (EE6501 Power System Analysis Question Bank)

3. What is the bus admittance matrix?

4. What is advantages of per unit representation?

5. What is the need for system analysis in planning and operation of power system?

6. A generator rated at 30MVA, 11KVA has a reactance of 20%. Calculate its per unit reactance for a base of 50MVA and 10KV. (EE6501 Power System Analysis Question Bank)

7. Write expression to determine new element of Y-bus after eliminating N-th node using kroon reduction method.

8. What is meant by Graph of a network?

9. Define Primitive network.

10. What is load flow analysis? (EE6501 Power System Analysis Question Bank)

11. Why the load flow studies are important for planning the existing system as well as this future expansion?

12. What are the data required for a load flow study?

13. Write the general power flow equation? (EE6501 Power System Analysis Question Bank)

14. Explain bus classification in power flow analysis with known and unknown quantities.

15. Write the advantages and disadvantages of Newton Raphson method of load flow study.

16. What is voltage controlled bus?

17 What is meant by flat voltage start?

18. When is acceleration factor in gauss seidal method?

19. What is Jacobian matrix? (EE6501 Power System Analysis Question Bank)

20. What is meant by a fault?

21. State the applications of short circuit analysis.

22. What is bolted fault or solid fault?

23. What are the assumptions made in short circuit studies of large power system network?

24. List the various types of faults. (EE6501 Power System Analysis Question Bank)

25. Define short circuit capacity of power system or fault level.

26. What is synchronous reactance?

27. Define transient reactance.

28. Draw the oscillation when there is a sudden 3Ф short circuit at the terminals of an unloaded generator.

29. What are the function of power system analysis?

Subject Name	Power System Analysis
Subject Code	EE6501
Regulation	2013

EE6501 Power System Analysis Question Bank Click here to download

EE6501 Power System Analysis Syllabus

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EE6501 Power System Analysis Notes

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EE6501 Power System Analysis Important questions

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EE6303 Linear Integrated Circuits and Applications Question Bank

EE6303 Linear Integrated Circuits and Applications Question Bank regulation 2013 Anna University free download. EE6303 Question Bank Linear Integrated Circuits and Applications LIC pdf free download.

Sample EE6303 Linear Integrated Circuits and Applications Question Bank:

PARTA 2 marks

1. Write the basic chemical reaction in the epitaxial growth process of pure silicon. (A/M-11)

2. What are the advantages of integrated circuits over discrete circuits? (A/M-11, M/J-13) (ee6303 linear integrated circuits and applications question bank)

3. Why are inductors difficult to fabricate in ICs? (M/J-13)

4. What is the purpose of oxidation process in IC fabrication? (A/M-10)

5. What is meant by a parasitic capacitance? (A/M-10)

6. Differentiate monolithic IC from hybrid IC. (N/D-10)

7. What is meant by lithography? (N/D-10)

8. List out the basic processes involved in IC fabrication. (N/D-11)

9. What is meant by ion implantation? (N/D-11)

10. Explain the various isolation techniques used in ICs.

11. List out the steps involved in the preparation of silicon wafers.

12. What is meant by metallization?

PART B 16 marks (ee6303 linear integrated circuits and applications question bank)

1. Explain in detail, the processing steps involved in the fabrication of monolithic integrated circuit. (A/M-11) (16)

2. Explain in detail, the operation of epitaxial growth and photolithography with diagrams. (A/M-11, M/J-13) (16)

3. Explain the basic processes involved in silicon planar technology with neat diagrams. (A/M-10) (16)

4. Explain the various methods used for fabricating IC resistors and compare their
performance. (A/M-10) (16) (ee6303 linear integrated circuits and applications question bank)

5. Explain in detail, the steps involved in fabrication of FET. (N/D-10) (16)

6. Explain in detail, the various types of IC packages.Write the criteria for selecting an IC package. (N/D-10) (8)

7. Write short notes on the classification of integrated circuits. (N/D-10) (8)

8. Explain in detail, the fabrication of diodes. (N/D-11) (8) (ee6303 linear integrated circuits and applications question bank)

9. Explain the different isolation techniques. (N/D-11) (8)

10. Explain in detail, the diffusion process of IC fabrication. (N/D-11) (8)

(ee6303 linear integrated circuits and applications question bank)

Subject Name	Linear Integrated Circuits and Applications
Subject code	EE6303
Regulation	2013

EE6303 Linear Integrated Circuits and Applications Question Bank Click here to download

EE6303 Linear Integrated Circuits and Applications Syllabus

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EE6303 Linear Integrated Circuits and Applications Notes

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EE6303 Linear Integrated Circuits and Applications Important questions

EC6202 Electronic Devices and Circuits Question Bank

EC6202 Electronic Devices and Circuits Question Bank Regulation 2013 Anna University free download. Electronic Devices and Circuits EC6202 Question Bank pdf free download.

Sample EC6202 Electronic Devices and Circuits Question Bank:

1.Compare the following.DMOSFET& EMOSFET (8)

2.N-channel MOSFET & P-channel MOSFET. (8)

3.Explain the biasing technique for JFET. (16)

4.Explain the construction and characteristics of JFET. (16)

5.Explain the construction and characteristics of EMOSFET. (16)

6.Explain the construction and characteristics of DMOSFET. (16)

7.Explain the biasing characteristics of MOSFET. (16) (EC6202 Electronic Devices and Circuits Question Bank)

8.Explain the working and principle of operation of UJT and mention its
applications.(16)

9. Explain the working and characteristics of SCR and its applications. (16)

10. Briefly explain the operation of DIAC (8)

11. Briefly explain the operation of TRIAC (8) EC6202 Electronic Devices and Circuits EDC Question Bank

12. Explain the principle and operation of bidirectional switch(16)

13. Describe the methods of determination of h-parameters from its static Input and output characteristics. (8) (EC6202 Electronic Devices and Circuits Question Bank)

14. Draw and explain the h-parameter equivalent circuit of a transistor in CC configuration. derive the expressions for input impedance ,output impedance, voltage gain and current gain (16)

15. Explain the switching characteristics of a transistor with neat sketch. (10)

16. Describe the static input and output characteristics of CB configuration of a transistor with neat circuit diagram. (16)

17. Derive the expression for current gain, input impedance and voltage gain of a CE Transistor Amplifier. (16) (EC6202 Electronic Devices and Circuits Question Bank)

18. Draw the circuit for determining the transistor common base characteristics and explain how the characteristics are measured and draw the graphs. (16)

19. For a common emitter circuit draw the h-parameter equivalent circuit and write the expressions for input impedance, output impedance and voltage gain. (16)

20. Explain the midband analysis of single stage CE, CB and CC amplifiers. (16)

21. Explain the analysis of low frequency response of RC coupled amplifiers. (16)

22. Compare the characteristics of the different configurations of BJT amplifiers.(8) (EC6202 Electronic Devices and Circuits Question Bank)

23. Draw and explain the hybrid π model of a CE configuration of a transistor and derive the necessary expressions.(16)

24. Draw and explain the h-parameter equivalent circuit of a transistor in CE configuration. derive the expressions for input impedance ,output impedance, voltage gain and current gain (16)

(EC6202 Electronic Devices and Circuits Question Bank)

Subject Name	Electronic Devices and Circuits
Subject code	EC6202
Regulation	2013

EC6202 Electronic Devices and Circuits Question Bank Click here to download

EC6202 Electronic Devices and Circuits Syllabus

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EC6202 Electronic Devices and Circuits Notes

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EC6202 Electronic Devices and Circuits Important questions

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EE6302 Electromagnetic Theory Question Bank

EE6302 Electromagnetic Theory Question Bank Regulation 2013 Anna University free download. EE6302 Question Bank Electromagnetic Theory pdf free download.

Sample EE6302 Electromagnetic Theory Question Bank:

1. How are unit vector defined in cylindrical coordinate systems?

2. State Stoke’s theorem.

3. Mention the sources of electromagnetic fields.

4. State the physical significance of curl of a vector field.

5. Two vectorial quantities and are known to be oriented in two unique directions. Determine the angular separation between them.

6. State the conditions for a vector A to be (a) solenoidal (b) irrotational

7. State divergence theorem. (EE6302 Electromagnetic Theory Question Bank)

8. State the vector form of electric flux density.

9. Define divergence and its physical meaning.

10. What are the different coordinate systems.

11. Mention the criteria for choosing an appropriate coordinate system for solving a field problem easily. Explain with an example.

12. When a vector field is solenoidal and irrotational. (EE6302 Electromagnetic Theory Question Bank)

13. Give the practical examples of diverging and curl field.

14. Obtain the unit vector in the direction from the origin towards the point P(3,-3,-2).

15. Verify that the vectors and are parallel to each other. (EE6302 Electromagnetic Theory Question Bank)

16. Given that and ; find ‘t’ such that angle between and is 45

17. Prove that curl grad φ =0. (EE6302 Electromagnetic Theory Question Bank)

18. How can a vector field be expressed as the gradient of scalar field?

19. Determine the curl of .

20. Given that and ; find the projection of A and B.

PART B

1. Write short notes on the following: (a) Gradient (b) Divergence (c)Curl (d) Stoke
theorem.

2. Express the vector B in Cartesian and cylindrical systems. Given,
Then find B at (-3, 4, 0) and (5, π/2 , -2)

3. i) Describe the classification of vector fields.
ii) and a point Q is located at (-2 , 6,3), express (a) the point Q in cylindrical and spherical coordinates,(b) B in spherical coordinates.

4. Determine the divergence and curl of the following vector fields: (EE6302 Electromagnetic Theory Question Bank)

5. i)Given point P( -2,6,3) and ,express P and in cylindrical
coordinates.
ii) state and prove divergence theorem.

 

Subject Name	Electromagnetic Theory
Subject code	EE6302
Regulation	2013

EE6302 Electromagnetic Theory Question Bank Click here to download

EE6302 Electromagnetic Theory Syllabus

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EE6301 Digital Logic Circuits Question Bank

EE6301 Digital Logic Circuits Question Bank Regulation 2013 Anna University free download. EE6301 Question Bank Digital Logic Circuits DLC pdf free download.

Sample EE6301 Digital Logic Circuits Question Bank:

Part A 2 mark 

1. Define combinational logic.

2. Explain the design procedure for combinational circuits.

3. Define Boolean algebra & Boolean Expression.

4. What are basic properties of Boolean algebra?

5. State the associative property of Boolean algebra.

6. State the commutative property of Boolean algebra.

7. State the distributive property of Boolean algebra.

8. State De Morgan’s theorem. (EE6301 Digital Logic Circuits Question Bank)

10. What are the 2 forms of Boolean expression?

11. Define Minterm & Maxterm.

12. What is meant by karnaugh map or K-Map method?

13. Define Cell.

14. Define Pair, Quad, and Octet.

15. What are called don’t care conditions?

16. What is tabulation method? (EE6301 Digital Logic Circuits Question Bank)

17. State the limitations of karnaugh map.

18. What is a prime implicant?

19. What is an essential prime implicant?

20. Explain or list out the advantages and disadvantages of K-map method?

21. List out the advantages and disadvantages of Quine-Mc Cluskey method?

22. Define Duality Theorem. (EE6301 Digital Logic Circuits Question Bank)

23.Define Half adder and full adder

24. Define multiplexer?

25. What is Demultiplexer?

26. What is code conversion?

27. What is code converter?

28. What do you mean by analyzing a combinational circuit?

29. Give the applications of Demultiplexer.

30. Mention the uses of Demultiplexer. (EE6301 Digital Logic Circuits Question Bank)

31. Give other name for Multiplexer and Demultiplexer.

32. What is the function of the enable input in a Multiplexer?

33.List the application of Mux.

34.List out the applications of comparators?

35. What is digital comparator?

36. What is carry look-ahead addition? (EE6301 Digital Logic Circuits Question Bank)

Part B – 16 mark 

1.Obtain the minimum SOP using using K-map.
F=m0+m2+m4+m8+m9+m10+m11+m12+m13

2.determine the prime applicants of the following function and verify using K- Map F(A,B,C,D)=m(3,4,5,7,9,13,14,15).

3.Using 8:1 multiplexer, realize the Boolean function
T=f(w,x,y,z)=m(0,1,2,4,5,7,8,9,12,13)

4.Design and implement the full adder and full subtractor circuit.

5.Design and implement a 8421 to gray code converter. Realise the converter using only NAND gates.

6.Obtain the minimum SOP using K-map method f(a,b,c,d)=m(1,3,4,6,11) +d(0,8,10,12,13). (EE6301 Digital Logic Circuits Question Bank)

Subject Name	Digital Logic Circuits
Subject code	EE6301
Regulation	2013

EE6301 Digital Logic Circuits Question Bank Click here to download

EE6301 Digital Logic Circuits Syllabus

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EE6301 Digital Logic Circuits Notes

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EE6301 Digital Logic Circuits Important questions

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MG6863 Engineering Economics Question Bank

MG6863 Engineering Economics Question Bank Regulation 2013 Anna University free download. Engineering Economics MG6863 Question Bank pdf free download.

Sample MG6863 Engineering Economics Question Bank:

Part A

1. State the law of supply and demand.

2. What is sunk cost?

3. Define value engineering.

4. What is effective interest rate?

5. What is future .worth? (mg6863 engineering economics question bank)

6. State· the applications of rate of return method.

7. Define economic life of an asset.

8. Distinguish betw. een challengers and defenders.

9. Define depreciation.

10. State the inerits.of annuity method of depreciation.

11. Give the law of demand. (mg6863 engineering economics question bank)

12. What is economic efficiency?

13. Define Value Engineering.

14. Explain the concept of Discounting.

15. What are the methods of cash flow? (mg6863 engineering economics question bank)

16. What is annual equivalent method of comparing alternatives?

17. List out the types of replacement problem.

18. Define prevention maintenance (PM).

19. Write short notes on: Depreciation. (mg6863 engineering economics question bank)

20. Differentiate Straight line method of depreciation and declining balance method of depreciation..

Part B

1. Two years ago, a machine was purchased at a cost of Rs. 2,00,000 to be usefui for eight years. Its salvage at the end ofits life is Rs. 25,000. The
annual maintenance cost is Rs. 25,000. The market value of the present
machine is Rs. 1,20,000. Now, a new machine to cater to the need of the present machine is available at Rs. 1,50,000 to be useful for six years. Its
annual maintenance cost is Rs 14,000. The salvae value of the new
machine is Rs. 20,000. Using an interest rate of 12%, find whether it is worth replacing the present machine with the new machine. (16) (mg6863 engineering economics question bank)

2. A person is planning for his retired life. He has 10 more years of
service. He would like to deposit Rs. 8,500 at the end of the first
year and thereafter he wishes to deposit the amount with an annual decrease of Rs. 500 for the next 9 years with an interest rate of 15%. Find the total amount at the end of the lOth year of the above series. (mg6863 engineering economics question bank)

Subject Name	Engineering Economics
Subject Code	MG6863
Regulation	2013
File	PDF

MG6863 Engineering Economics Question Bank click here to download

MG6863 Engineering Economics Syllabus

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MG6863 Engineering Economics notes

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GE6757 TOTAL QUALITY MANAGEMENT Question Bank

TQM GE6757 TOTAL QUALITY MANAGEMENT Question Bank Regulation 2013 Anna University free download. GE6757 Question Bank TOTAL QUALITY MANAGEMENT TQM free pdf download.

Sample GE6757 TOTAL QUALITY MANAGEMENT Question Bank:

Part-A

1. How can quality can be quantified? [Nov/Dec’11]

2. What are the benefits of TQM? [Nov/Dec’11]

3. List the various factors which constitute the framework of TQM. [May/June’12]

4. Define the tools required to implement kaizen in a manufacturing system. [May/June’12] (TQM GE6757 TOTAL QUALITY MANAGEMENT Question Bank)

5. List out the six basic concept of TQM.[Nov/Dec ‘12] [Nov/Dec ‘13]

6. What are the four absolutes of quality observed by Crosby? [Nov/ Dec’13] [Nov/Dec’13]

7. What are the elements of TQM? [May/June’13]

8. What do you mean by service quality ? [May/June’13]

9. What are the dimensions of service quality? [Nov/Dec’13]

10. Why is quality required in products and services today ? [May/June ‘14]

11. How is quality defined? [May/June’14] (TQM GE6757 TOTAL QUALITY MANAGEMENT Question Bank)

Part – B

1. Discuss the Deming’s philosophy for TQM [Nov /Dec ’11 ,May /June ’12 , Nov/ Dec ’12 , Nov/Dec ’13,Nov/Dec ’14, May/June ’15 ]

2. Describe the barriers in the implementation of TQM [ Nov/Dec’11 ,Nov/Dec ’12,
Nov/Dec’13] (TQM GE6757 TOTAL QUALITY MANAGEMENT Question Bank)

3. Explain the various dimensions of quality [Nov/Dec’11 ,Nov /Dec’12 , May /June ’13, May /June ’14]

4. Discuss Juran’s principles of quality improvement [May /June ’12, May ‘13, May ‘14] (TQM GE6757 TOTAL QUALITY MANAGEMENT Question Bank)

Part A

1. What are the important habits of quality leader? [Nov/Dec’11]

2. Name few barriers to Teams’ Progress. [Nov/Dec’11]

3. How are the customer needs and requirements documented? [May/June ‘12]

4. What are the benefits of 5S? [May/June ‘12] (TQM GE6757 TOTAL QUALITY MANAGEMENT Question Bank)

5. State the importance of customer retention. [Nov/Dec ‘12]

6. What is kaizen? [Nov/Dec ‘12]

7. List out the characteristics of successful quality leaders. [May/June ‘13]

8. List out the four benefits of employee empowerment. [May/June ‘13]

9. What are the different types of quality statement.[Nov/Dec’13] (GE6757 TOTAL QUALITY MANAGEMENT TQM Question Bank)

10. What is 5S? [Nov/Dec’13]

11. Write an example for quality statement [May/June’14]

12. What is the relationship between competition and customer focus? [May/June ‘14]

Subject Name	TOTAL QUALITY MANAGEMENT
Subject Code	GE6757
Regulation	2013
File	PDF

GE6757 TOTAL QUALITY MANAGEMENT Question Bank click here to download

GE6757 TOTAL QUALITY MANAGEMENT Syllabus

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GE6757 TOTAL QUALITY MANAGEMENT Notes

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GE6757 TOTAL QUALITY MANAGEMENT Important Questions

ME6703 COMPUTER INTEGRATED MANUFACTURING SYSTEMS Question Bank 

ME6703 COMPUTER INTEGRATED MANUFACTURING SYSTEMS Question Bank Regulation 2013 Anna University free download. ME6703 Question Bank COMPUTER INTEGRATED MANUFACTURING SYSTEMS free pdf download.

Sample ME6703 COMPUTER INTEGRATED MANUFACTURING SYSTEMS Question Bank:

1 Mention few elements of CIM. M/J 16

2 State the objectives of implementation of CIM. M/J 16

3 Mention the reasons for implementing CAD? A/M 15

4 Write the various methods for representing the solids in CAD A/M 15

5 Compare surface modelling & solid modelling. M/J 14 (ME6703 COMPUTER INTEGRATED MANUFACTURING SYSTEMS Question Bank)

6 What are the specific characterstics that have to be incorporated in CIM models? N/D 14

7 Define computer integrated manufacturing. M/J 14

8 Specify the range of applications for which geometric modelling information is used? N/D 13

9 What are the drawing features of CAD package? M/J 12

10 What is the advantage of solid modelling? M/J 12

11 What is the cycle time in manufacturing?

12 What is a bottleneck station? (ME6703 COMPUTER INTEGRATED MANUFACTURING SYSTEMS Question Bank)

13 What is production capacity?

14 What is utilization in manufacturing plant?

15 What is availability?

16 What is manufacturing lead time?

17 What is work-In-process inventory? (ME6703 COMPUTER INTEGRATED MANUFACTURING SYSTEMS Question Bank)

18 Name five typical factory overhead expenses?

19 Name five typical corporate overhead express?

20 What is the difference between hard product variety and soft product variety?

21 What is the difference between single model production line & mixed model production line?

22 What is lean production? (ME6703 COMPUTER INTEGRATED MANUFACTURING SYSTEMS Question Bank)

23 In lean production, what is Just-In-Time delivery of parts?

24 Name seven forms of waste in production?

25 What is objective of Just-In-Time production?

26 What is kanban? What are the two types of kanban?

27 What is the difference between push system & pull system in production control?

28 What does autonomation mean. (ME6703 COMPUTER INTEGRATED MANUFACTURING SYSTEMS Question Bank)

PART – B

1. Explain the following terms and bring out their differences between CAM and CIM. (8) M/J 16 With an example, discuss the differences between CAM and CIM.
(8) M/J 16

2 What is CAD? Explain the various design related tasks performed by CAD.

(ME6703 COMPUTER INTEGRATED MANUFACTURING SYSTEMS Question Bank)

Subject Name	COMPUTER INTEGRATED MANUFACTURING SYSTEMS
Subject Code	ME6703
Regulation	2013
File	PDF

ME6703 COMPUTER INTEGRATED MANUFACTURING SYSTEMS Question Bank click here to download

ME6703 COMPUTER INTEGRATED MANUFACTURING SYSTEMS Syllabus

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ME6703 COMPUTER INTEGRATED MANUFACTURING SYSTEMS Notes

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ME6703 COMPUTER INTEGRATED MANUFACTURING SYSTEMS Important questions

ME6702 Mechatronics Question Bank

ME6702 Mechatronics Question Bank Regulation 2013 Anna University free download. ME6702 Question Bank Mechatronics free pdf download.

Sample ME6702 Mechatronics Question Bank:

PART A:

1. List out the types of systems.

2. Describe the function of intelligent mechatronics systems.

3. What is meant by settling time?

4. Describe the applications of eddy current.

5. Explain the principle of RTD. (ME6702 Mechatronics Question Bank)

6. Name the few emerging areas of mechatronics.

7. What is meant by closed loop system?

8. Define threshold.

9. Classify photo sensors.

10. Generalized block diagram of measurement system.

11. Explain the use of display system. (ME6702 Mechatronics Question Bank)

12. Write any two applications of hall effect sensor.

13. Explain the principle of photo conductivity.

14. Describe the function of comparison element.

15. Classify the types of potentiometer.

16. Describe the principle used to measure temperature.

17. Define impedance of an element.

18. Classify the types of sensors. (ME6702 Mechatronics Question Bank)

19. Explain the principle of piezoelectric pressure sensor.

20. List out the functions of signal conditioner

PART B:

1. (i) Discuss the concept of shaft speed control in mechatronics approach with
neat block diagram. (8)

(ii) Explain about measurement system. (8) BT-4

2. Briefly explain about static characteristics of sensors. (16)

3. (i) Discuss about dynamic characteristics of sensors. (8)
(ii) Discuss any two types of light sensor. (8) (ME6702 Mechatronics Question Bank)

4. Explain with a neat sketch about strain gauge. (16)

5. Illustrate about eddy current sensor with neat diagram. (16)

6. Explain about potentiometer. (16) (ME6702 Mechatronics Question Bank)

7. Describe the concept of LVDT and capacitance sensor. (16)

8. How will you classify the mechatronics system? (16)

9. Explain the following (i) Temperature sensor (ii) Hall effect sensor (8+8)

10. (i) Illustrate the difference between open loop and closed loop control system.
(8)
(ii) Describe the concept of control system. (8) (ME6702 Mechatronics Question Bank)

11. Prepare the concept of strain gauge. (16)

12. Describe the following
(i) Automatic Control of water level. (8)
(ii) Strain gauge elements. (4)
(iii) Bimetallic strips. (4)

13. Illustrate with neat sketch about the basic elements of closed loop system. (16)

14. Formulate the factors to be considered for the selection of sensor? Explain in
detail with any two examples. (16) (ME6702 Mechatronics Question Bank)

Subject Name	Mechatronics
Subject Code	ME6702
Regulation	2013
File	PDF

ME6702 Question Bank Mechatronics click here to download

ME6702 Question Paper Mechatronics click here to download

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ME6702 Mechatronics Syllabus

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ME6702 Mechatronics Notes

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ME6702 Mechatronics Important questions