Digital Electronics MCQs – Practice Test 1 (Chapter 13)

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Introduction to Digital Electronics MCQs – Practice Test 1 PDF Download

MCQ 1: A computer program using heuristic and specific algorithms for efficiently reducing the complexity of digital electronic gate circuits is:

Espresso logic minimizer
Branching program
Quine?McCluskey algorithm
Karnaugh map

MCQ 2: In combinational logic, output is the function of:

present input
past input
clock
supply voltage

MCQ 3: 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:

Power transistor
NOT gate
Logic gate
Antenna

MCQ 4: A more precise representation of a digital signal can be obtained by using:

less binary digits
more binary digits
zero binary digits
two binary digits

MCQ 5: Digital or voltage buffer always have:

amplifying function
maximum gain function
no amplifying function
power gain function

Digital Electronics MCQs App & e-Book – Introduction to Digital Electronics Study Guide

MOS Digital Circuits MCQs

Pass Transistor Logic Circuits MCQs

Digital Logic Gates MCQs

Emitter Coupled Logic (ECL) MCQs

Multivibrators Circuits MCQs

Bipolar Junction Transistors MCQs

CMOS Inverters MCQs

SPICE Simulator MCQs

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