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0816-feeder-firmware

Firmware for the 0816 automatic 3d printed smt feeder for OpenPnP.

4g_modular

ec20 + stm32 通信模块源码

ads8681_test

agile_jsmn

更加易用的jsmn解析器

altium-libraries

All kind of Library for Altium Designer

altium-library

Component's library for Altium Designer

altium-libs

PCB footprint and schematic libraries for Altium Designer

ar2

6 axis stepper motor robot and control software - Gen2

at_device

AT component porting or samples for different devices

audiocard

USB -> FPGA -> DAC

barrier

Open-source KVM software

basys3_usb_mouse

A simple interface for controlling the Basys3 FPGA via mouse.

can-bootloader

使用USB2XXX实现的CAN Bootloader功能，实现CAN节点固件远程升级

canopennode_stm32f407vg_master

connect_four_fpga

Connect Four using SOC with USB and VGA Interface in SystemVerilog

coralmicro

Source code for Coral Dev Board Micro

core_usb_cdc

Basic USB-CDC device core (Verilog)

cores

Various HDL (Verilog) IP Cores

cyclone-ii-fpga-i2c-data-collection-project

FPGA is part of measurement collection project, interfacing linux machine with usb serial dongel to I2C measurement modules.

daisho

SuperSpeed USB 3.0 FPGA platform

daplink

de2-115-usb-device-example-

Patched Altera USB DEVICE example with windows 10 drivers

drivers-for-mcu

The driver for the microprocessor

e200_opensource

The Ultra-Low Power RISC Core

easiroc_firmware

ebf_lwip_tutorial_code_stm32f407_batianhu

野火LwIP教程配套代码，STM32F407霸天虎

ebf_stm32f407_batianhu_std_code

野火STM32F407 霸天虎开发板 标准库教程配套代码

ebf_stm32h750_pro_code_v

野火STM32H750 Pro开发板 教程配套代码（V版本芯片）

eegaqui_fpga_headstage

32 lead aquisition with ice40 fpga's and headstage w/ peripherals (3 axis accellerometer, gyro), targeting for low power consumption (between 1-2V, minus usb), ideally running off of rechargable batteries

fpga-audio-recorder-player

A project made in Verilog for Xilinx Spartan6 FPGA board. The user interfaces the board through a PC connected via USB and using terminal such as puTTY. The project includes a Picoblze program that will output a menu of options to the users terminal where the user can then select from a list of options. These options include record, play, pause, and delete (audio increase and decrease available on physical buttons on FPGA). This project utilizes the audio codec on the Spartan6 (SM2603), the onboard DDR2 RAM, picoblaze CPU that processes user input to a state, and a finite state machine for the state produced by Picoblaze. For more details, read the readme included.