KINGSkingsindia.net/QB EVEN 10-11/I YR/EE1152.pdfState Thevenin’s theorem. 4. State Norton’s...

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EE1152-ELECTRIC CIRCUITS AND ELECTRON DEVICES KINGS COLLEGE OF ENGINEERING KINGS COLLEGE OF ENGINEERING PUNALKULAM. DEPARTMENT OF ELECTRONICS AND COMMUNICATION ENGINEERING QUESTION BANK SUBJECT CODE : EE1152 SEM / YEAR : II / I SUBJECT NAME : ELECTRIC CIRCUITS AND ELECTRON DEVICES UNIT - 1 CIRCUIT ANALYSIS TECHNIQUES PART – A (2 Marks) 1. Explain star and delta connection of impedances. 2. State Superposition theorem. 3. State Thevenin’s theorem. 4. State Norton’s theorem. 5. State Maximum Power transfer theorem 6. State and explain KCL. 7. State and explain KVL. 8. Explain duality. 9. Determine the Missing Voltage across the elements in the circuit

Transcript of KINGSkingsindia.net/QB EVEN 10-11/I YR/EE1152.pdfState Thevenin’s theorem. 4. State Norton’s...

Page 1: KINGSkingsindia.net/QB EVEN 10-11/I YR/EE1152.pdfState Thevenin’s theorem. 4. State Norton’s theorem. 5. State Maximum Power transfer theorem 6. State and explain KCL. 7. State

EE1152-ELECTRIC CIRCUITS AND ELECTRON DEVICES

KINGS COLLEGE OF ENGINEERING

KINGS COLLEGE OF ENGINEERING

PUNALKULAM.

DEPARTMENT OF ELECTRONICS AND COMMUNICATION ENGINEERING

QUESTION BANK

SUBJECT CODE : EE1152 SEM / YEAR : II / I

SUBJECT NAME : ELECTRIC CIRCUITS AND ELECTRON DEVICES

UNIT - 1

CIRCUIT ANALYSIS TECHNIQUES

PART – A (2 Marks)

1. Explain star and delta connection of impedances.

2. State Superposition theorem.

3. State Thevenin’s theorem.

4. State Norton’s theorem.

5. State Maximum Power transfer theorem

6. State and explain KCL.

7. State and explain KVL.

8. Explain duality.

9. Determine the Missing Voltage across the elements in the circuit

Page 2: KINGSkingsindia.net/QB EVEN 10-11/I YR/EE1152.pdfState Thevenin’s theorem. 4. State Norton’s theorem. 5. State Maximum Power transfer theorem 6. State and explain KCL. 7. State

EE1152-ELECTRIC CIRCUITS AND ELECTRON DEVICES

KINGS COLLEGE OF ENGINEERING

10. Find total Inductance

PART – B (16 Marks)

1. Apply KCL and KVL to the circuit shown in fig.

2. Find the current through branch AB by using superposition theorem.

Page 3: KINGSkingsindia.net/QB EVEN 10-11/I YR/EE1152.pdfState Thevenin’s theorem. 4. State Norton’s theorem. 5. State Maximum Power transfer theorem 6. State and explain KCL. 7. State

EE1152-ELECTRIC CIRCUITS AND ELECTRON DEVICES

KINGS COLLEGE OF ENGINEERING

3. Find the current through 5 ohm resistance using Superposition theorem.

4. Find the current through 10 ohm resistance using Nortan’s theorem.

Page 4: KINGSkingsindia.net/QB EVEN 10-11/I YR/EE1152.pdfState Thevenin’s theorem. 4. State Norton’s theorem. 5. State Maximum Power transfer theorem 6. State and explain KCL. 7. State

EE1152-ELECTRIC CIRCUITS AND ELECTRON DEVICES

KINGS COLLEGE OF ENGINEERING

5. Find the Current (I) in 20Ω Resistance using Thevenin’s theorem

6. Find the resistance between A & B , A & C

Page 5: KINGSkingsindia.net/QB EVEN 10-11/I YR/EE1152.pdfState Thevenin’s theorem. 4. State Norton’s theorem. 5. State Maximum Power transfer theorem 6. State and explain KCL. 7. State

EE1152-ELECTRIC CIRCUITS AND ELECTRON DEVICES

KINGS COLLEGE OF ENGINEERING

7. Consider the following network as shown in figure. Determine the power observed by

the 6Ω .

8. Find the total Current and total Resistance in the circuit given

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EE1152-ELECTRIC CIRCUITS AND ELECTRON DEVICES

KINGS COLLEGE OF ENGINEERING

UNIT – II

TRANSISENT RESPONSE AND RESONANCE IN RLC CIRCUITS

PART – A (2 Marks)

1. What is significance of initial conditions?

2. Write a note on initial conditions in basic circuit elements.

3. What is time constant?

4. Write a note on under damped, over damped and critically damped systems.

5. Define (i) rise time, (ii) time delay in respect of step response of second order system.

6. What do you mean by resonance?

7. What is Q-factor?

8. What is anti-resonance?

9. Find the value of Q-factor for an Inductor & Capacitor.

PART – B (16 Marks)

1. Derive an expression for step response of series R-L circuit.

2. Derive an expression for step response of series R-C circuit.

3. Explain about current decay in source free series R-L circuit.

4. In how many seconds after t=o has the current i(t) become one half of its initial value

in the given circuit shown in fig.

Page 7: KINGSkingsindia.net/QB EVEN 10-11/I YR/EE1152.pdfState Thevenin’s theorem. 4. State Norton’s theorem. 5. State Maximum Power transfer theorem 6. State and explain KCL. 7. State

EE1152-ELECTRIC CIRCUITS AND ELECTRON DEVICES

KINGS COLLEGE OF ENGINEERING

5. Explain the step response of RLC circuit.

6. Find the expression for the current in a series RLC circuit fed by a D.C. voltage of 20v

with R=8Ω, L=5H, C=1/8F. Assume the initial conditions to be zero.

7. Explain Series Resonance.

8. A series RLC circuit consists of R=50Ω, L=0.05H and C=0.05µF. Calculate the

frequency of resonance. A variable frequency sinusoidal voltage of value 50v is

applied to the circuit. Find the frequency at which voltage across L & C is maximum.

Also calculate voltages across L & C at frequency of resonance. Find maximum

current in the circuit.

9. Briefly explain the parallel resonance.

10. A resistor & capacitor are in series with a variable inductor. When the circuit is

connected to 200v, 50Hz supply, the maximum current obtained by varying the

inductance is 0.314A. the voltage across capacitor, when the current in the circuit is

maximum is 800v. find the values of series circuit elements.

UNIT-III SEMICONDUCTOR DIODES

PART – A (2 Marks)

1. What is charged particle? Define the unit of the charge.

2. What are the applications of CRO?

3. What is valance band?

4. What is covalent band?

5. What is forbidden band?

6. Explain semiconductor types?

7. Define energy level and energy band.

8. What is Fermi level?

9. What is a semiconductor?

10. What is meant by electron –hole pair?

11. What is p-type semiconductor?

12. What is doping?

Page 8: KINGSkingsindia.net/QB EVEN 10-11/I YR/EE1152.pdfState Thevenin’s theorem. 4. State Norton’s theorem. 5. State Maximum Power transfer theorem 6. State and explain KCL. 7. State

EE1152-ELECTRIC CIRCUITS AND ELECTRON DEVICES

KINGS COLLEGE OF ENGINEERING

13. What is hole current /electron current?

14. Define law of mass of action

15. What is drift current?

16. What is diffusion current?

17. What is forward and reverse resistance of a diode?

18. What is cut in voltage of a diode?

19. What is switching characteristics of diode?

20. What is Zener break down voltage?

21. Give the expression for transition capacitance of a diode (CT ).

22. What are applications for zener diode?

PART – B (16 Marks)

1. Explain the theory of PN junction and explain how it acts as diode?

2. Derive the diode equation of the diode

3. Explain and derive the current components and switching characteristics of diode?

4. Derive the expression for transition and diffusing capacitance.

5. Explain the Zener diode and it’s breakdown mechanism?

UNIT – IV TRANSISTORS

PART – A (2 Marks)

1. Define Transistor

2. Define transistor action

3. Define delay time

4. Define rise time and fall time.

5. Define turn on and turn off time

6. Define power transistors.

7. Define current amplification factor in CC transistor.

8. What are the values of input resistance in CB, CE & CC configuration?

9. What are the advantages of FET?

10. What is a bias? What is the need for biasing?

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EE1152-ELECTRIC CIRCUITS AND ELECTRON DEVICES

KINGS COLLEGE OF ENGINEERING

11. What do you understand by DC and AC load line?

12. What is meant by operating point Q?

13. What are all the factors that affect the stability of the operating point?

14. Define Stability factor S.

15. Why voltage divider bias is commonly used in amplifier circuits?

16. How FET is known as voltage variable resistor?

17. How self bias circuit is used as constant current source?

18. What is thermal runaway?

19. Why self-bias technique is not used in enhancement type MOSFET?

20. What are handling precautions for MOSFET?

21. In which region the JFET act as a simple resistor and why?

22. Why FET is called as voltage controlled device?

23. Define the channel width of JFET.

24. Define Base spreading resistance.

25. Write the advantages of N channel MOSFET over P channel MOSFET

26. Write the characteristics of JFET

27. What is pinch off voltage?

PART – B (16 Marks)

1. Explain the transistor action.

2. Explain the operation of BJT and its types?

3. Write comparisons of CC, CE, and CB configuration?

4. Explain the breakdown in transistor.

5. Explain the transistor switching times.

6. Explain the operation of JFET

7. Derive MOSFET and explain its enhancement?

Page 10: KINGSkingsindia.net/QB EVEN 10-11/I YR/EE1152.pdfState Thevenin’s theorem. 4. State Norton’s theorem. 5. State Maximum Power transfer theorem 6. State and explain KCL. 7. State

EE1152-ELECTRIC CIRCUITS AND ELECTRON DEVICES

KINGS COLLEGE OF ENGINEERING

UNIT – V

SPECIAL SEMICONDUCTOR DEVICES

PART – A (2 Marks)

1. What is tunnel diode?

2. What is valley voltage of tunnel diode?

3. What is varactor diode?

4. What are the applications of varactor diode?

5. What are the applications of tunnel diode?

6. What are the applications of PIN diode?

7. What is photodiode?

8. What is phototransistor?

9. What are photovoltaic sensors?

10. What are the types of display devices?

11. What are the advantages of LED?

12. What is forward break over voltage?

13. Define holding current.

14. Define latching

15. What is the turn OFF mechanism used for SCR?

16. What is forward break over voltage and reverse break over voltage?

17. Give the application of LASER?

18. What is TRIAC?

19. What is DIAC?

20. What is UJT?

21. What are the different regions in characteristics of UJT?

PART – B (16 Marks)

1. Describe the operation of zener diode and explain its characteristics.

2. Explain the tunneling phenomenon.

3. Write short notes on varactor diode and PIN diode.

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EE1152-ELECTRIC CIRCUITS AND ELECTRON DEVICES

KINGS COLLEGE OF ENGINEERING

4. Explain the laser action for laser diode.

5. Describe the operation of LED and LCD.

6. Explain the operation and characteristics of SCR.

7. Explain the operation and characteristics of TRIAC.

8. Explain the operation and characteristics of DIAC.


Chapter 8 Circuit Theorems and Conversions. Objectives Apply the superposition theorem to circuit analysis Apply Thevenin’s theorem to simplify a circuit.

Chapter 8 Circuit Theorems and Conversions. Objectives Apply the superposition theorem to circuit analysis Apply Thevenin’s theorem to simplify a circuit.

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