Circuit that allows for controlling and powering 4 pin pwm fans using POE and an ethernet connected esp32
Circuit that allows for controlling and powering 4 pin pwm fans using POE and an ethernet connected esp32
Imperial College london rocketry Attempts to be Resourceful by Using Solar power. A CanSat for the Mach-22 Competition
A beginner-friendly KiCad PCB project for a basic LED torch powered by a coin cell and controlled using a tactile switch.
A beginner-friendly KiCad PCB project for a basic LED torch powered by a coin cell and controlled using a tactile switch.
PD240W is a complete hardware and firmware project converting USB-C Power Delivery into a programmable 240W (48V 5A) bench power supply, featuring C++ code for Raspberry Pi Pico, custom PCB Gerbers, and a 3D-printable enclosure.
theohg
102
The OwnVerter is an open-source 3-phase power converter that can be used to control multiple types of motors and is compatible with different types of sensors.
A small, battery-powered carrier board for the Raspberry Pi CM4 (and other compatible CM4 replacments).
A custom 75% (84+4+1) sandwich-mount ANSI mechanical keyboard powered by a Raspberry Pi Pico with KMK
A custom 75% (84+4+1) sandwich-mount ANSI mechanical keyboard powered by a Raspberry Pi Pico with KMK
Small RGB LED Pendant using 1010 (1.0x1.0mm) WS2812B LEDs powered by an ESP32-C3 Mini with a BNO055 IMU
This repository contains the schematic for a USB-powered microphone module designed in KiCad. The circuit is based on the MAX9814 microphone amplifier and PCM2906 USB audio codec.