6. As safety officer, you need to design embedded safety feature for kid seat to ensure their belt always tug in before/during journey. There are 3 types of sensor (input A, B and C) to produce 2 outputs (M and N). Sensor A was embedded at bottom seat and sensor B was assigned at headrest support. While sensor C was assign at buckle clip. All sensor produces HIGH when pressed/tug in. Output M will be HIGH when both input A and B HIGH. Output N will be HIGH when input C and output M is HIGH. Obtain truth table and its equivalent combinational logic circuit for output M and N. Use SOP form. C A Image : Walmart.com & Evenflo B.
6. As safety officer, you need to design embedded safety feature for kid seat to ensure their belt always tug in before/during journey. There are 3 types of sensor (input A, B and C) to produce 2 outputs (M and N). Sensor A was embedded at bottom seat and sensor B was assigned at headrest support. While sensor C was assign at buckle clip. All sensor produces HIGH when pressed/tug in. Output M will be HIGH when both input A and B HIGH. Output N will be HIGH when input C and output M is HIGH. Obtain truth table and its equivalent combinational logic circuit for output M and N. Use SOP form. C A Image : Walmart.com & Evenflo B.
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Transcribed Image Text:6. As safety officer, you need to design
embedded safety feature for kid seat to
ensure their belt always tug in before/during
journey.
There are 3 types of sensor (input A, B and C)
to produce 2 outputs (M and N). Sensor A was
embedded at bottom seat and sensor B was
assigned at headrest support. While sensor C
was assign at buckle clip. All sensor produces
HIGH when pressed/tug in.
Output M will be HIGH when both input A and
B HIGH. Output N will be HIGH when input C
and output M is HIGH.
Obtain truth table and its equivalent
combinational logic circuit for output M and
N. Use SOP form.
B
A
Image :
Walmart.com
& Evenflo
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