EPS32 dev board for WLED project and many more
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Updated
Nov 29, 2023
EPS32 dev board for WLED project and many more
This Python script was created for the purpose to control a PWM FAN Noctua NF-A4x20 5V, using Raspberry Pi 4B hardware features. The script use WiringPi-Python as a dependecy, it is used to set Hardware PWM value clock as 25Khz that was specified by Intel (c.f. “4-Wire Pulse Width Modulation (PWM) Controlled Fans”, Intel Corporation September 20…
A simple PWM fan controller for Orange Pi boards
A small server that can control a fan on a Raspberry Pi 4 based on CPU temperature.
Arduino Nano based PC PWM fan controller. Up to 3 fans.
Arduino Rack Temperature Controller
How to control a PWM fan depending on CPU temperature on a Orange Pi Zero2
PWM fans with temperature based speed control which can be placed on a central heating convector, with a JavaScript based web interface.
4-Wire PWM fan control using Arduino ATmega328P and ATtiny85
Using a STM32L476 MCU to control fan speed based on Temperature readings.
This contains details about a mini-project temperature-controlled fan, using 8051 Micro Controller along with some additional electronic components like LM35 (temperature sensor), ADC0804, Motor Driver, and a DC Motor to replicate a fan. The simulations have been done in Proteus Simulation Software. The project report contains a detailed descrip…
small esp32-c3 based pwm fan controller which powers from usb
How to control a PWM fan depending on CPU temperature on a Orange Pi Zero (H2+ / H3)
XEON PWM is an application which I developed to control my server fans using my makeshift controller.
This repository implements a basic smart home system using an Arduino Uno WiFi board. Users can monitor and control their home environment through simple HTTP requests sent to a web server hosted on the Arduino itself. The included web interface serves as an example; the system can be easily adapted to work with mobile or desktop applications.
A simple Python script than when run on a Raspberry Pi Compute module 4 will use a fan curve to control a pwm fan.
A temperature-controlled fan using Arduino. With this circuit, we will be able to adjust the fan speed in our home or office according to the room temperature and also show the temperature and fan speed changes on an LCD display.
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