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Engineering B.E. (Electronics & Telecommunication Engineering) Sem 4 December 2019 2019 Principles Of Communication Engineering Question Paper - Mumbai University | munotes

December 2019 Question Paper.pdf
EXTC · 1 May 2025

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Questions asked in this paper

  1. Q2 Attempt any three from remaining questions
  2. Q3 Use suitable data whenever is required Any Four 20 Marks a Compare FM and AM b Explain the necessity of De-emphasis and pre-emphasis in Frequency Modulator c Define and explain Selectivity and Sensitivity for Radio Receiver d What is Aliasing? How it can be prevented? e What is Time Division Multiplexing? Also give its applications a Explain balanced modulator using diode for the generation of DSBSC AM signal. 10 Marks b How to Generate SSB using filter method? 10 Marks a List types of noise and explain any four types of internal noise. 5 Marks b What do you mean by Noise factor and noise figure. How it can be improved? 5 Marks c Draw the block diagram of super- heterodyne receiver and explain the operation. Write 10 Marks frequency components present at the output of each block if audio frequency is 1 KHz and carrier frequency is 540 KHz a With the help of neat diagram and waveforms explain generation and demodulation of 10 Marks b A carrier wave of frequency 100 MHz is frequency modulated by sine wave of 5 Marks amplitude 20 volts and frequency 100 KHz. The frequency sensitivity of the modulation is 25 KHz per volt. Determine the approximate bandwidth of FM wave c A 360 W carrier is simultaneously Amplitude modulated by two audio waves with 5 Marks modulation percentages of 55 and 65 respectively. What is the total sideband power
  3. Q5 Write Short note on (Any Four) b Double Spotting and Fidelity of Radio Receiver c Wide Band and Narrow Band FM d Applications of pulse communication a Describe Foster-seeley Discriminator with a neat circuit diagram and explain its 10 Marks principle with necessary Equations. What are its merits and Demerits? b Explain generation of Frequency Modulated wave using Armstrong Method 10 Marks 20 marks

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