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AE-254 Previous Years Problems: Part-1 (in Hindi)
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This lesson discusses previous years problems from GATE & ESE on oscillator circuits. It also discusses classification of oscillator circuits.

Shubham Kumar Dwivedi
Scientist at MeitY, Cracked ESE with AIR-11, Worked in BEL and Samsung, cleared written of BARC & ISRO, Love cricket, movies & teaching

Unacademy user
methionine and cysteine
i thin for 6.13 answer should be B
  1. PREVIOUS YEARS PROBLEMS PART-1 Presented By:- Shubham Dubey

  2. About Me I am Shubham Dubey Secured AIR-11 in ESE-2017 in ECE stream Currently working as a Scientist Did B.Tech in ECE from JSS, Noida (UPTU) in 2014 Worked in Bharat Electronics Limited (BEL) as Desigrn Engineer for 2 years Worked in Samsung India Electronics as Software Engineer for 1.4 years Secured AIR-630 in GATE-2017 & AIR-801 in GATE- 2014 Cleared written of BARC-2014,2015,2016; ISRO- 2015,2016,2017;AAl-2015

  3. Contact me V You can contact me on Please RATE, REVIEW, RECOMMEND and SHARE my course Y You can comment and give feedback also

  4. ClopP 0sC Op- G m ryta

  5. 6.2/ A Hartley oscillator is used for generating (a) very low frequency oscillation (b) radio-frequency oscillation (c) microwave oscillation (d) audio-frequency oscillation [ESE-1999] 5

  6. 6.3 In every practical oscillator, the loop gain is slightly larger than unity and the amplitude of the oscillations is limited by the (a) magnitude of the loop gain (b) onset of non-linearity (c) magnitude of the gain of the amplifier (d) feedback transmission factor [ESE-2000]

  7. 6.15 Which one of the following oscillators is used for the generation of high frequencies? (a) R-C phase shift oscillator (b) Wien bridge oscillator (c) L-C oscillator (d) Blocking oscillator [ESE-2009

  8. 6.22 In a sinusoidal oscillator, sustained oscillations will be produced only if the loop gain (at the oscillation frequency) is (a) Less than unity but not zero (b) Zero (c) Unity (d) Greater than unity [ESE-20161] 8

  9. 6.13 Assertion (A): All practical R-C phase shift oscillators generate sinusoidal oscillation with some amount of amplitude distortion, which cannot be avoided Reason (R): The amplitude distortion of a sinusoidal oscillator is controlled by the onset of non-linearity of the amplifying device (a) Both A and R are true and R is the correct explanation of A Both A and R are true but R is NOT the correct explanation of A (b) (c) A is true but R is false (d) A is false but R is true [ESE-2o06]