PROTON development department wants to design an embedded safety warning system that able to monitor child seat belt condition in their upcoming vehicle launch. There are THREE independent sensors input labeled as X, Y and Z to produce THREE outputs signal of R, S and T. Sensor X was embedded at bottom seat and sensor Y was assigned at headrest support. While sensor Z was assign at buckle clip. All sensor produces HIGH when pressed or tug in. Output R will be HIGH when both input X and Y is HIGH. Output S will be HIGH when input Z and output R is HIGH. Output T will be HIGH when output R is LOW but output Z is HIGH
PROTON development department wants to design an embedded safety warning system that able to monitor child seat belt condition in their upcoming vehicle launch. There are THREE independent sensors input labeled as X, Y and Z to produce THREE outputs signal of R, S and T. Sensor X was embedded at bottom seat and sensor Y was assigned at headrest support. While sensor Z was assign at buckle clip. All sensor produces HIGH when pressed or tug in. Output R will be HIGH when both input X and Y is HIGH. Output S will be HIGH when input Z and output R is HIGH. Output T will be HIGH when output R is LOW but output Z is HIGH
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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PROTON development department wants to design an embedded safety warning
system that able to monitor child seat belt condition in their upcoming vehicle launch.
There are THREE independent sensors input labeled as X, Y and Z to produce THREE
outputs signal of R, S and T. Sensor X was embedded at bottom seat and sensor Y was
assigned at headrest support. While sensor Z was assign at buckle clip. All sensor
produces HIGH when pressed or tug in.
Output R will be HIGH when both input X and Y is HIGH.
Output S will be HIGH when input Z and output R is HIGH.
Output T will be HIGH when output R is LOW but output Z is HIGH
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