搜索资源列表
cSharp-com-port-and-usb-port-dev
- C#语言简单实现，串口和USB口编程。对初学者有帮助-Serial and USB port programming
USB-of-fpga
- 一个很好地使用VHDL实现USB源代码，内有C编程界面-USB source code use VHDL
usb-urb
- usb-urb.c is part of the DVB USB library.
CSharpUSBHID
- c# 访问USB-c# Usb HID
PIC18F4550
- PIC18F4550开发USB，C语言,很经典-The the PIC18F4550 development of USB C language, it is classic
puerto-usb-con-java
- proteus y c++ para hacer programas con java
u-c
- 通过控制机控制CH376 USB芯片达到从机模式通信的目的，采用了低级建模的思想-By controlling the motor control chip CH376 USB slave mode to achieve the purpose of communication, the idea of using a low-level modeling
USB-Generic-HID-Demo_
- PIC18f4550 usb communication firmware demo to toggle led state written in c
USB-Device---HID---Mouse
- pic18f利用usb读取sd卡。用c语言编写。C18编译-pic18f using usb sd card reader. Using c language. C18 compiler
PIC-USB-STK_audio_demo
- 有pic18f实现的关于audio的c语言代码。运行在pic-usb-stk的板子上的代码-There pic18f achieve about audio c language code. Runs on pic-usb-stk code on the board
USB-communication
- USB通信源码，用作USB通信学习研究之用，C源程序-USB communication source for USB communication study and research purposes, C source code
usb
- communication usb embedded c
uvc uac
- USB设备枚举成UVC,UAC复合设备。包含详细的枚举过程。用C语言编写
USBWinTest
- 这是用C#写的读取USB HID设备的测试软件，输入VID、PIV，查找HID设备是否存在，如果存在，则读取指定的HID设备发来的数据。软件已测试，可以直接使用。（不可读取键盘、鼠标），只能读取自定义HID设备。-HID USB C#
UsbDisk
- 圈圈usb 硬盘 实现源码，用c编写，kile编译通过-usb c
USB
- C code for USB interfacing on ARM
USB-midlet
- this is J2ME code source for testing connectivilty between mobile and pc. a b c d e f g h
pic18f2550-usb-izole-triyak-kontrol-ccs-c-visual-
- Than 8 switch outputs Port B of the PIC18F2550 is used. Power gets the circuit from the USB port. Power supply is separate from the microcontroller and the computer galvanically. switching signals USB socket intended as a virtual serial port COM4. To
Keil-USB-bootloader
- Keil Usb Bootloader. Program in C language for a firmware update on the NXP LPC1769 via usb
C-SHARP_USB_ADC_Test
- 在C#平台调用USB-I2C适配器或者USB-SPI适配器的二次编程接口函数实现ADC（模数转换）功能，USB-SPI适配器和USB-I2C适配器有8路、12bit、采样频率为1M的ADC，适配器采用3.3V参考电压，利用适配器的ADC功能可以测量0到3.3V之间的模拟电压信号。-Calling adapter or USB-I2C adapter USB-SPI in C# programming interface functions to achieve the secondary pla