Electronics Learning Notes & Technology Articles

Introduction to Digital Electronics Multiple Choice Questions 1 PDF Download

Learn introduction to digital electronics MCQs, mastering digital electronics test 1 for online learning, course exam prep. Practice structure of digital system MCQs, introduction to digital electronics multiple choice questions and answers on structure of digital system, digital electronics fundamentals, electronic gates, properties, digital electronics basics test for online digital electronics basics courses distance learning.

Free online introduction to digital electronics quiz, self-study student guide has multiple choice question: a computer program using heuristic and specific algorithms for efficiently reducing complexity of digital electronic gate circuits is with options branching program, espresso logic minimizer, quine?mccluskey algorithm and karnaugh map for online engineering jobs preparation of system engineer, network engineer, project engineer and design engineer. Study to learn online structure of digital system quiz questions with digital electronics MCQs for electronics certification competitive exam prep.

MCQ on Introduction to Digital Electronics Test 1 Quiz PDF Download

MCQ: A computer program using heuristic and specific algorithms for efficiently reducing complexity of digital electronic gate circuits is

  1. Espresso logic minimizer
  2. Branching program
  3. Quine?McCluskey algorithm
  4. Karnaugh map

A

MCQ: In combinational logic, output is function of

  1. present input
  2. past input
  3. clock
  4. supply voltage

A

MCQ: An idealized or physical device implementing a Boolean function, it performs a logical operation on one or more binary inputs and produces a single binary output is termed as

  1. Power transistor
  2. NOT gate
  3. Logic gate
  4. Antenna

C

MCQ: A more precise representation of a digital signal can be obtained by using

  1. less binary digits
  2. more binary digits
  3. zero binary digits
  4. two binary digits

B

MCQ: Digital or voltage buffer always have

  1. amplifying function
  2. maximum gain function
  3. no amplifying function
  4. power gain function

C