Arduino ADC Explained: Using Analog Sensors for Your Gauges

In this video we take a look at using the ADC capability of an ESP32 / Arduino in order to add data points to custom car gauges that may not be available on the CANBus, and sort a custom PCB and controller to calculate the oil pressure rating on my Nissan 350z project car.

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🔗Links
Speedo Gauge - https://github.com/valentineautos/minimal-speedo
Levels Gauge - https://github.com/valentineautos/minimal-levels
Location / Weather Gauge - https://github.com/valentineautos/minimal-location
Common Base (need to add to libraries) - https://github.com/valentineautos/minimal-gauges-common
Board / Screen config - https://github.com/valentineautos/esp32-s3-lcd-driver-config
GPS / location data sender - https://github.com/valentineautos/location_gps_sender/

🤖 Components
2.1" LCD Display - https://s.click.aliexpress.com/e/_om6ZBLn
LCD Driver ESP32-S3 - https://s.click.aliexpress.com/e/_EG1ZBqH
Voltage Step Down - https://amzn.to/4hr9aAT
12V Mains Supply - https://amzn.to/40INnyM

00:00 Intro
00:54 350z Unified Meter
01:48 Steps
02:24 Calculating conversions
11:48 Voltage dividing
16:06 PCB design
24:26 "Soldering Blues"
26:00 Board test
27:10 Making a formula
33:39 Conversion / ESPNow coding
43:33 Spoofing input / testing
49:29 Roundup

#arduino #lvgl #analog

Видео Arduino ADC Explained: Using Analog Sensors for Your Gauges канала Garage Tinkering