Difference between revisions of "Electrical Control Unit"
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## anemometer | ## anemometer | ||
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| + | [[File:Porch-anemometer.jpg|border|thumb|Anemometer data logger prototype on porch]] | ||
| + | We are using a Vortex wind sensor. One revolution per second equals 2.5 mph. Since our anemometer has a relay (a mechanical switch), it creates a _switch bounce_. Therefore, we need a debounce circuit. | ||
| + | [[File:WindSpeed Porch Oct14.jpg|border|thumb]] | ||
# Wireless communication codes | # Wireless communication codes | ||
Revision as of 20:09, 30 October 2020
Please refer to this GitHub Repository for the code for all Arduinos.
Contents
Repository Sections
master-arduino
backporch-arduino
anemometer
We are using a Vortex wind sensor. One revolution per second equals 2.5 mph. Since our anemometer has a relay (a mechanical switch), it creates a switch bounce. Therefore, we need a debounce circuit.
Wireless communication codes
Opportunities to improve the system
- We are currently supplying power to the Arduinos via USB. If we used DC converters from the batteries to the Arduinos, we might save some electricity.
Useful Guides
Real Time Clock Setup for SD3231
Download DS3231 library on GitHub
Data logging on SD-card
this randomnerdtutorial.com leads you through SD-card usage with an arduino.
Wireless communication with NRF24L01
We have long-run antennas for wireless communication (NRF24L01 Tutorial).
You should solder a 10uf electrolytic capacitor between the power leads.
How to connect several SPI devices to Arduino.
