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!
A simulation of a full analog PID controller of a thermoelectric Peltie element which is able to cool and heat under the control of an NTC
Industrial like PID / two state process controller with web based configuration, MQTT communication and Azure IoT Central integration.
It is an Open Source –DIY- project. It can maintain its own balance and can be controlled remotely via Bluetooth connection.
No matter where you release, this model car will keep a constant distance from obstacle. Input capture, PWM output, control system model.
This motor driver is able to control a motor using PID by I2C. Taking precise control of a motor have never been so easy.
Control up to 4 DC motors with high precision using quadrature encoders, can be added to robots or create CNC machines.
An LT spice simulation of an PID temperature control circuit with a Vishay thermistor temperature sensing and heat flow modeling
A PID black / white line following, servo steering smart vehicle based on the STC15W4K32S4 MCU.
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
AI Autonomous Room Rover Robot - wheel encoders & odometry. Part 2 Series.
Controlling temperature with PD using thermoelectric and modular Hexabitz H0FR7.
Repurposed Arduino car set into complex 2 wheeled self balancing robot with old motor and wheel parts
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.
