usb_module

555 results for "usb_module"

MIDI USB

Hardware for the M2IDI USB module

MIDI USB Front

Hardware for the M2IDI USB module

usb module

USB HID Module Hat

Raspberry Pi Hat that adds RS485 communication to Raspberry Pi 5 for interfacting with USB and Bluetooth HID Devices

usb pd module cypd3177

A collection of development modules for electrical engineers, who work on new PCB designs.

USB IO Module

A digital audio transmission specification for eurorack like modular synthesizers

usb c module

usb sensor module

Projects for Phys 427: Creative Electronics

USB C PD Module

Repo for my USB-C power supply delivery module

usb microphone

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.

MODULE CONN USB MEGA 01

MODULE CONN USB MICRO 01

usb and battery companion

nRF54L15 module with full IO set and external DC-DC regulator for maximum efficiency

usb

nRF54L15 module with full IO set and external DC-DC regulator for maximum efficiency

usb c pd connector

A collection of development modules for electrical engineers, who work on new PCB designs.

usb to serial

A collection of development modules for electrical engineers, who work on new PCB designs.

default usb

DSR 1

Open source digital servo replacement module for the Sony Walkman WM-D6C. Replaces the CX20084 servo IC, CP304 boost converter, and CN301 power jack with a single STM32G0B1-based PCB. Dual variant: USB-C PD or polarity-agnostic barrel jack input. Bare-metal C firmware. CERN OHL-P v2 / MIT / CC BY 4.0.

wm d6c power board

Open source digital servo replacement module for the Sony Walkman WM-D6C. Replaces the CX20084 servo IC, CP304 boost converter, and CN301 power jack with a single STM32G0B1-based PCB. Dual variant: USB-C PD or polarity-agnostic barrel jack input. Bare-metal C firmware. CERN OHL-P v2 / MIT / CC BY 4.0.

RingOne

3D air mouse based on STM32 - Can be used for controlling CADs and every other manipulation in 3D space. Is based around STM32L452, IMU LSM6DSL (gyroscope and accelerometer) and Bluetooth low power module RN4871. Also contains battery management system for charging internal battery and also powering itself from this li-po battery (around 40 mah). Battery can be recharged via USB type C which can be also used for streaming data from accelerometer.

USB C PD PSU

Published Modules of the Sluisbrinkie project

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