6.29. Design a logic circuit for a simple automobile door and seat belt buzzer system.Assume that sensors are available to provide digital signals representing the doorand seat belt states. Signal A is from the door, where high implies the door is closed;(сontinued) signal B is from the seat belt, where high implies the seat belt is fastened; and sig-nal C indicates whether the ignition switch is turned on. Your circuit should outputa signal X that can be used to turn a buzzer on or off, where high implies on. Thebuzzer should be on if the ignition is on and if the door is open or the seat belt is notfastened. Write out your Boolean expression, draw the logic circuit, construct a truthtable, and draw a timing diagram illustrating all functionality.

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6.29. Design a logic circuit for a simple automobile door and seat belt buzer system. Assume that sensors are available to provide digital signals representing the door and seat belt states. Signal A is from the door, where high implies the door is closed; (сontinued)

6.29. Design a logic circuit for a simple automobile door and seat belt buzer system. Assume that sensors are available to provide digital signals representing the door and seat belt states. Signal A is from the door, where high implies the door is closed; (сontinued)

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Concept explainers

Amplitude modulation

A radio signal can carry information in the form of sound or image for broadcasting or communication. For it to be sent to a greater distance, the signal must be changed or modulated in some way. One of the easiest way is to change the amplitude of the signal with variations of the video or the audio signal. This is called Amplitude Modulaton. In this modulation information of message is carried in amplitude of carrier signal.

Question

6.29. Design a logic circuit for a simple automobile door and seat belt buzzer system.
Assume that sensors are available to provide digital signals representing the door
and seat belt states. Signal A is from the door, where high implies the door is closed;
(сontinued)

signal B is from the seat belt, where high implies the seat belt is fastened; and sig-
nal C indicates whether the ignition switch is turned on. Your circuit should output
a signal X that can be used to turn a buzzer on or off, where high implies on. The
buzzer should be on if the ignition is on and if the door is open or the seat belt is not
fastened. Write out your Boolean expression, draw the logic circuit, construct a truth
table, and draw a timing diagram illustrating all functionality.

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