Truth Table Reports Samples For Students

ARITHMETIC CIRCUITS AND COMPARATORS

ELEC201
Digital Electronics
Partner Name:
Excelsior College
Objectives
This experiment seeks to:
- Examine how addition and subtraction are performed by the use of logic gates.
- Examine how binary numbers are compared using logic gates.
- Understand the working principle of comparators.

Introduction

It is possible to implement binary arithmetic in hardware through the direct application of basic logic gates. This is through the manipulation of binary numbers using simple gates such as the AND and OR gates, for example, the AND gate can be used to realize a multiplication operation in ...

REPORT NUMBER 2

The report presented is the sole work of the author.  None of this report is plagiarized (in whole or part) from a fellow student's work, or from any un-referenced outside source.

AIM:

The purpose of this experiment is to:
Investigate the voltage switch over the points required for logic high or low levels.
Prove experimentally different Boolean laws and logic theorems.
Use different logic laws and theorems, to simply a combinatorial logic circuit.
INTRODUCTION:
This level detector circuit is based upon a LM311 Digital Comparator. This digital comparator is a device that produces an output level, either high or low ...

MULTIPLEXERS AND DEMUMULTIPLEXERS

ELEC201
Digital Electronics
Partner Name:
Objectives
The objectives of this lab include:
Introduction
A multiplexer is a crucial digital circuit that is capable of selecting a single digital signal out of a set or group of signal at its input and passes that signal to its output. It functions as a more as a rotary switch that switches connects one input to the output at a time. On the other hand, the multiplexer does the exact opposite function; it passes multiple digital signal inputs through one of a set or group of outputs. Through multiplexers, several signals can be sent ...

REPORT NUMBER 4

‘LOGIC DECODING CIRCUITS AND MULTIPLEXERS’
The report presented is the sole work of the author. None of this report is plagiarised (in whole or part) from a fellow student's work, or from any un-referenced outside source.

AIM:

INTRODUCTION:
This experiment is about the design, implementation, and testing of logic decoding circuits. In PART A, an industrial system problem is presented which requires a logic decoding control system. The solution to the problem is a combinatorial logic circuit that takes four (4) logic inputs (Bottle Position B, Water level indicator W, Flow valve position V, and Water filtration system F), and ...