Power Supplies, Filter Circuits MCQs Test Online PDF Book Download

Power supplies, filter circuits multiple choice questions (MCQs), power supplies, filter circuits test prep for online learning with engineering degree certificate eCourses. Learn diode applications multiple choice questions (MCQs), power supplies, filter circuits quiz questions and answers. Career test on diode limiting and clamping circuits, full wave rectifier working and characteristics, bridge rectifier, full wave rectifier circuit, integrated circuit voltage regulator test for online electronic components courses distance learning.

Learn diode applications practice test MCQs: peak to peak ripple voltage of fullwave rectifier is equals to, for free online courses with options (1-1/2frc)x unfilter rectified voltage, (1/2frc)x unfilter rectified voltage, (1/frc)x unfilter rectified voltage, frc x unfilter rectified voltage for online school for engineering degree. Free skills assessment test is for e-learning online power supplies, filter circuits quiz questions for competitive assessment in engineering majors.

MCQ on Power Supplies, Filter Circuits Quiz Book Download

MCQ: In fullwave bridge rectifier, if peak to peak ripple voltage is equals to 1.13 V and filter DC output voltage is 14.3 V than ripple factor will be

  1. 0.079
  2. 0.79
  3. 7.9
  4. 79

A

MCQ: Peak to peak ripple voltage of fullwave rectifier is equals to

  1. (1-1/2fRC)x unfilter rectified voltage
  2. (1/2fRC)x unfilter rectified voltage
  3. (1/fRC)x unfilter rectified voltage
  4. fRC x unfilter rectified voltage

C

MCQ: In fullwave bridge rectifier, if peak to peak ripple voltage is equals to 6 V and filter DC output voltage is 20 V than ripple factor in percentage will be

  1. 20%
  2. 30%
  3. 40%
  4. 50%

B

MCQ: If RMS voltage of fullwave bridge rectifier is 115 V and turn ratio of transformer is 0.1 than peak secondary voltage will be equals to

  1. 12.4 V
  2. 16.3 V
  3. 115 V
  4. 23.45 V

B

MCQ: A standard AC power supply has frequency of

  1. 20 Hz
  2. 30 Hz
  3. 50 Hz
  4. 90 Hz

C