ATE 313324 IMP Questions for MSBTE Exams

Welcome to Practicalkida, in this blog post, we share Analog Electronics ATE 313324 IMP Questions for MSBTE Exam.

Electronics and telecommunication branch students use the important questions to score well in upcoming exams.

ATE 313324 IMP Questions MSBTE K Scheme

• Unit – I – Power Amplifiers
• 2 Marks Questions

1. Classify Power amplifiers.
2. Compare push-pull and complementary symmetry amplifiers based on
   • i) Type of transistors
   • ii) Transformer required
3. Explain the heat sink in the power amplifier.
4. Define Gain and Distortion.

• 4 Marks Questions

1. Draw and Explain class B push-pull amplifier with input-output waveforms.
2. Compare Class A, Class B, Class AB, and Class C.

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• Unit – II- Op-amp and its Applications
• 2 Marks Questions

1. Define CMRR, Slew Rate.
2. Define Input Offset voltage and output Offset Voltage.
3. Draw and label the symbol of OP-AMP.
4. Draw ideal and practical transfer characteristics of OP-AMP.
5. State the need for signal conditioning
6. Draw voltage to current converter with grounded load.
7. List two applications of current to voltage converter.

• 4 Marks Questions

1. Draw the block diagram of an op-amp and write the function of each block.
2. Write ideal and practical values of any four characteristics of an op-amp.
3. Describe the concept of virtual ground and virtual short.
4. Draw the closed loop circuit of OP-AMP with feedback in inverting mode. Give expression for output.
5. Draw the circuit diagram and output voltage relation for inverting the summing amplifier.
6. Draw the circuit diagram of Op-Amp as a subtractor and write the equation for output voltage.
7. Compare Integrator and differentiator (any 4 points).
8. Draw the circuit diagram of the basic integrator to derive an expression of its output voltage with its input and output waveforms.
9. Draw the circuit diagram of the basic differentiator and derive an expression of its output voltage.
10. Draw the circuit of the closed-loop difference amplifier using one op-amp. Derive the expression of its output voltage
11. Draw the circuit of a V-I converter and derive an expression for the output current in terms of input voltage.
12. Explain the current to voltage converter. Write its applications
13. Draw and Explain the Schmitt trigger.
14. Draw and Explain Inverting Zero Crossing Detector with neat waveforms.
15. Draw and explain the sample and hold circuit.

ATE 313324 New Model Answer Papers:

Conclusion

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MSBTE IMP