Balancing a two wheeled robot using PSOC™ 6 & Arduino to apply PID control techniques.
BaBot is a compact, open-source robot that balances a ball in real-time using an array of infrared (IR) sensors.
DIY Arduino hot air SMD rework station.
Line Follower Robot with PID control, using an Android device to easily setup the main control parameters for better and fast loop tuning.
An inverted pendulum using an Arduino and a Grove sensor.
This Robot balances itself and can also withstand the weight of glass of water! how cool is that?!
My manually controlled kiln now has a programmable rate, target, hold and it graphs live results on my home network devices.
PID control of a 110V shower using an Arduino.
Check out how to make a position and speed control of a DC motor using an analog PID controller
A LTspice XVII simulation of a thermoelectric Peltier cooling element with 100% analogue optimized PID circuit and a Vishay NTC thermistor
We aim to realize a 1-axis attitude control module (inverted pendulum).
A PID controlled DIY reflow hotplate using an Aluminium PCB to solder SMD components
LTspice simulation of a thermoelectric element control with Analog Devices ADN8834 controller and Vishay Thermistor
We will see how easily can control a parameter (light, sound) using Operation Amplifiers. It is an introductional example to PID controller.
An interesting open source Arduino + 3D Print project uses gyroscopic sensors and accelerometers to detect movement of the balanced object
A cool project to implement PID control!
No matter where you release, this model car will keep a constant distance from obstacle. Input capture, PWM output, control system model.
BrewTemp controls your fermentation chamber heating and/or cooling it, using IoT platform (Ubidots) to recolect data and control setup.
Inspired by articles:ARDUINO PID TEMPERATURE CONTROL(source:nuts & volts), we use simple components module to make thermal cycler run
Controlling temperature with PD using thermoelectric and modular Hexabitz H0FR7.
In this post, I will be talking about the design of a digitally controlled DC-DC buck converter, based on peak current mode control theory.
