Integrated Circuits Power and Energy MCQs & Quiz Online PDF eBook Download

Integrated circuits power and energy multiple choice questions (MCQs), integrated circuits power and energy quiz answers for online computer science degree. Quantitative design and analysis MCQs, integrated circuits power and energy quiz questions and answers for software engineering online courses. Learn dependability, computer types, quantitative principles of computer design, cost trends and analysis, integrated circuits: power and energy test prep for online computer science and engineering.

Learn quantitative design and analysis MCQ: energy equation of pulse of logic transition, can be computed as, with choices energydynamic ? capacitive load ? voltage^2, energydynamic 1/? capacitive load ? voltage2, energydynamic ? capacitive load - voltage2, and energydynamic ? capacitive load + voltage2 for software engineering online courses. Practice merit scholarships assessment test, online learning integrated circuits power and energy quiz questions for competitive exams in computer science major for top computer science schools.

MCQs on Integrated Circuits Power and Energy PDF eBook Download

MCQ: Energy equation of pulse of logic transition, can be computed as

  1. Energydynamic ? Capacitive load ? Voltage^2
  2. Energydynamic 1/? Capacitive load ? Voltage2
  3. Energydynamic ? Capacitive load - Voltage2
  4. Energydynamic ? Capacitive load + Voltage2

A

MCQ: 3.3 GHz Core i7 running in short bursts for

  1. 1.6 GHz
  2. 3.3 GHz
  3. 3.6 GHz
  4. 2.6 GHz

C

MCQ: Sustained power consumption; given metric is widely known as

  1. Thermal design power
  2. Electrical design power
  3. Hydro design power
  4. None of above

A

MCQ: Static power being directly proportional to no of devices, that is known as

  1. Powerstatic ? Currentstatic ? Voltage
  2. Powerstatic ? Currentstatic + Voltage
  3. Powerstatic ? Currentstatic - Voltage
  4. Powerstatic ? Currentstatic \ Voltage

A

MCQ: 15% reduction in voltage results in a 15% frequency reduction, impact on dynamic energy and dynamic power, is

  1. 0.82
  2. 0.12
  3. 0.78
  4. 0.61

D