Arduino programs written in Python using Pyfirmata
Linux nano. slider. volume control.
Try reading a potentiometer on the Raspberry Pi using ADS1115
Controlling a two fingered robot gripper using 2 dynamixel RX-24F motors and Potentiometers to calculate the stiffness of the object.
A robotic arm that can control with potentiometers and from server remotely
This repository hosts the files for a Raspberry Pi Pico Daylight Alarm - created Spring 2022 by Andrew Macpherson, Mark Clemmer, Ebby Buchta (Rensink), and Handrae Henthorn
A satellite transit predictor for a raspberry pi zero W with SSD1306 oled display, B10K potentiometer, and freenove 7830 ADC.
ESP32-based system for volume control and mini-game functionality. Uses potentiometer, OLED display, LED brightness, and speaker output with MicroPython (PWM, ADC, Interrupts).
This repository serves to support the teaching of digital infrastructure with labs using embedded systems for IoT. After completing all tasks the student should be able to measure various data points of their environment and transmit them over the internet using MQTT to another device
This project demonstrates how to read **analog voltage values** from a **variable resistor (potentiometer)** using the **ADC (Analog-to-Digital Converter)** on the **ESP8266** board with **MicroPython**. The sensor’s analog output is connected to the **A0** pin, and the digital value (0–1024) is printed on the Thonny IDE console.
⛔️ DEPRECATED MicroPython Driver for the DS1841 Potentiometer
5V Noctua Fan, controled by Raspberry Pi Pico
⛔️ DEPRECATED MicroPython Driver for the DS3502 Potentiometer
This project demonstrates how to read **analog values** from a **variable resistor (potentiometer)** using the **ADC (Analog-to-Digital Converter)** on the **Raspberry Pi Pico W** with **MicroPython** in **Thonny IDE**.
Analog to digital conversion with MCP3008 10bit converter and potentiometer.
Network of Raspberry Pis sampling LDR and potentiometer values to turn LEDs on & off based upon various thresholds
This project demonstrates how to control the **brightness of an LED** using a **variable resistor (potentiometer)** connected to the **ADC** pin of the **ESP8266** board. The analog voltage from the potentiometer is read and converted into a **PWM (Pulse Width Modulation)** duty cycle to adjust the LED brightness smoothly.
A simple under cabinet lighting project with neopixels, 18650's, 3d printed parts, and some physical controls.
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