Write a program to simulate a gate barrier system. Use the following program flow: 1. Gate is in an idle state waiting for a car 2. If a car is present, the gate will open as shown in the figure. 3. The gate will stay open for 5sec. If there is not a car present, the gate will close. 4. While closing, if a car arrives the gate will immediately return to the opening mode. You should use PCO to simulate the sensor that detects the cars. A '1' at PCO simulates a car present and a '0' represents the absence of a car. Make sure to enable pullup resistors on PCO and use bitmasking to read its value. PCO or pin 37 Wire Car not present PCO or pin 37 Not Connected +5 V Car present Wire PCO or pin 37 Connected to +5 V Close Open For the gate, you will

Write a program to simulate a gate barrier system. Use the following program flow: 1. Gate is in an idle state waiting for a car 2. If a car is present, the gate will open as shown in the figure. 3. The gate will stay open for 5sec. If there is not a car present, the gate will close. 4. While closing, if a car arrives the gate will immediately return to the opening mode. You should use PCO to simulate the sensor that detects the cars. A '1' at PCO simulates a car present and a '0' represents the absence of a car. Make sure to enable pullup resistors on PCO and use bitmasking to read its value. PCO or pin 37 Wire Car not present PCO or pin 37 Not Connected +5 V Car present Wire PCO or pin 37 Connected to +5 V Close Open For the gate, you will

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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