A sorting machine has three sensors, an inductive sensor, a red colour sensor, and a blue sensor. The inductive sensor has one output 'A' defining two levels: '1' if the test material is a metallic, and '0' otherwise. The red colour sensor has one output 'B' defining two levels: '1' if the test material has a red colour, and '0' otherwise. The blue colour sensor has one output 'C' defining two levels: '1' if the test material has a blue colour, and '0' otherwise. The combination of all outputs is used by the sorting machine to decide if a solenoid actuator should be activated ('D=1') if the tested material is not metallic and has a red or blue or mix of both green and blue colours (Purple). Otherwise, the solenoid actuator should be deactivated ('D=0').

A sorting machine has three sensors, an inductive sensor, a red colour sensor, and a blue sensor. The inductive sensor has one output 'A' defining two levels: '1' if the test material is a metallic, and '0' otherwise. The red colour sensor has one output 'B' defining two levels: '1' if the test material has a red colour, and '0' otherwise. The blue colour sensor has one output 'C' defining two levels: '1' if the test material has a blue colour, and '0' otherwise. The combination of all outputs is used by the sorting machine to decide if a solenoid actuator should be activated ('D=1') if the tested material is not metallic and has a red or blue or mix of both green and blue colours (Purple). Otherwise, the solenoid actuator should be deactivated ('D=0').

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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Activity 3: A sorting machine has three sensors, an inductive sensor, a red colour sensor, and a blue sensor. The inductive sensor has one output 'A' defining two levels: '1' if the test material is a metallic, and ¹0² otherwise. The red colour sensor has one output 'B' defining two levels: '1' if the test material has a red colour, and '0' otherwise. The blue colour sensor has one output 'C' defining two levels: '1' if the test material has a blue colour, and '0' otherwise. The combination of all outputs is used by the sorting machine to decide if a solenoid actuator should be activated ('D=1') if the tested material is not metallic and has a red or blue or mix of both green and blue colours (Purple). Otherwise, the solenoid actuator should be deactivated ('D=0'). (3-A) Is this an analogue or digital electronic problem? Explain the difference. (3-B) What is the benefit of using digital circuits for the abovementioned scenario? Explain. (3-C) Apply your knowledge of Boolean logic to…
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