We will see how easily can control a parameter (light, sound) using Operation Amplifiers. It is an introductional example to PID controller.
A LTspice XVII simulation of a thermoelectric Peltier cooling element with 100% analogue optimized PID circuit and a Vishay NTC thermistor
The Xilinx Pynq framework enables us to use Python and Jupyter notebooks with FPGA designs.
DIY Arduino hot air SMD rework station.
BrewTemp controls your fermentation chamber heating and/or cooling it, using IoT platform (Ubidots) to recolect data and control setup.
Digital temperature control of Gaggia Evolution espresso machine with preinfusion functionality using Photon, SSRs, OLED, and a thermistor.
The ball and beam system is a popular textbook example in control theory and nonlinear dynamics.
An inverted pendulum using an Arduino and a Grove sensor.
PID control system of a light meter that measures and regulates the lighting of a lamp.
The ball and beam system is laboratory equipment with high nonlinearity in its dynamics and PID control.
A line follower bot which can detect gas leaks and high temperature in a typical household and raise an alarm.
Learn how to develop a Magnetically Levitated Ball using MATLAB, Simulink, and an Arduino Due.
No matter where you release, this model car will keep a constant distance from obstacle. Input capture, PWM output, control system model.
A PID black / white line following, servo steering smart vehicle based on the STC15W4K32S4 MCU.
This motor driver is able to control a motor using PID by I2C. Taking precise control of a motor have never been so easy.
PID control of a 110V shower using an Arduino.
This project shows how to control the position of DC motor via Web using a PID controller.
Line Follower Robot with PID control, using an Android device to easily setup the main control parameters for better and fast loop tuning.