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STM32-SST25VF016B-SPI-v3
- 本例程包含了SST25VF016B的底层驱动函数, 演示将一段字符串写入SST25VF016B的1页中，然后读出并通过USART1传送出去，同时LED1亮。字符串：SPI SST25VF016B Example: This is SPI DEMO, 终端上出现这一行字，说明SST25VF016B的读写正常 -This routine contains the function of the underlying drivers of SST25VF016B demo takes a st
BSL
- 用于sst89x516(sst89x564)的Bootloader,使用超级终端用xmodem协议下载,(只支持bin文件的下载).在晶振为11.0592,未开双倍速的情况下,波特率为57600bps.在超级终端中长按 Z 键并对系统上电进入下载,否则500ms后跳转至block0中程序执行,可代替原SST中的BSL.可扩展实现远程升级-For sst89x516 (sst89x564) the Bootloader, use HyperTerminal to download using xm
program
- RFID读卡终端Ｃ程序设计基于51单片机实现-RFID card reader terminal 51 based on the C Programming MCU
GPSPet
- 嵌入式终端的gps定位程序，windows mobile C#语言实现-Embedded terminal gps locator, windows mobile C# Language
gly.c
- 用C8051F020实现的基于TCP/IP协议的虚功率源。C8051F020外接LCD,键盘,USB接口，以太网及LXI总线。USB接口采用CH372芯片，在计算机端，CH372的配套软件提供了简洁易用的操作接口，通用Windows驱动程序提供设备级接口，通过DLL提供API应用层接口，与本地端的单片机通讯就如同读写文件。以太网接口部分采用W3100A实现传输层、网络层、数据链路层的功能，采用RTL8201BL实现物理层的功能。-With the realization C8051F020-ba
pvpvc
- 遥控解码通过电脑串口显示 /* 晶振：11.0569MHz */ #include <REGX52.h> #define uchar unsigned char uchar data IRcode[4] //定义一个4字节的数组用来存储代码 uchar CodeTemp //编码字节缓存变量 uchar i,j,k //延时用的循环变量 sbit IRsignal=P3^2 //HS0038接收头OUT端直接连P3.2(INT0) /******
AT89S51
- 用AT89S51单片机的P0.0/AD0－P0.7/AD7端口接数码管的a－h端，8位数码管的S1－S8通过74LS138译码器的Y0－Y7来控制选通每个数码管的位选端。AT89S51单片机的P1.0－P1.2控制74LS138的A，B，C端子。在8位数码管上从右向左循环显示“12345678”。能够比较平滑地看到拉幕的效果。-AT89S51 MCU with P0.0/AD0-P0.7/AD7 port access digital tube side of the a-h, 8-bit di
MSP430
- 基于MSP430的车载监控系统终端的设计与实现. 一篇高质量的硕士论文。希望对玩430的朋友有用。-MSP430-based vehicle monitoring system Design and Implementation of Terminal. A high-quality master' s thesis. Want to play a useful 430 friends.
430_VC_USB
- 实现430单片机与计算机的USB通信，计算机端用VC++编的应用程序-To achieve 430 SCM and computer USB communication, computer terminal compiled with VC++ applications
CS_BarcodeControlSample1
- 手持终端，WINDOWS CE 上的扫描软件-C#,terminal scan source file
lCD-51seriesprogram
- 51单片机的P0.0/AD0－P0.7/AD7端口接数码管的a－h端，8位数码管的S1－S8通过74LS138译码器的Y0－Y7来控制选通每个数码管的位选端。AT89S51单片机的P1.0－P1.2控制74LS138的A，B，C端子。在8位数码管上从右向左循环显示“12345678”。能够比较平滑地看到拉幕的效果。-51 SCM P0.0/AD0-P0.7/AD7 port access digital tube a-h end of the 8-bit digital tube S1-S8 t
lamu
- 用AT89S51单片机的P0.0/AD0－P0.7/AD7端口接数码管的a－h端，8位数码管的S1－S8通过74LS138译码器的Y0－Y7来控制选通每个数码管的位选端。AT89S51单片机的P1.0－P1.2控制74LS138的A，B，C端子。在8位数码管上从右向左循环显示“12345678”。能够比较平滑地看到拉幕的效果。-P0.0/AD0-P0.7/AD7 with AT89S51 microcontroller port connected digital tube a-h-side,
Pull-screenDigitalDisplayTechnologyProgram
- 用AT89S51单片机的P0.0/AD0－P0.7/AD7端口接数码管的a－h端，8位数码管的S1－S8通过74LS138译码器的Y0－Y7来控制选通每个数码管的位选端。AT89S51单片机的P1.0－P1.2控制74LS138的A，B，C端子。在8位数码管上从右向左循环显示“12345678”。能够比较平滑地看到拉幕的效果。-P0.0/AD0-P0.7/AD7 with AT89S51 microcontroller port connected digital tube a-h-side,
4
- 用AT89S51单片机的P0.0/AD0－P0.7/AD7端口接数码管的a－h端，8位数码管的S1－S8通过74LS138译码器的Y0－Y7来控制选通每个数码管的位选端。AT89S51单片机的P1.0－P1.2控制74LS138的A，B，C端子。在8位数码管上从右向左循环显示“12345678”。能够比较平滑地看到拉幕的效果。-P0.0/AD0-P0.7/AD7 with AT89S51 microcontroller port connected digital tube a-h-side,
lamu
- 用AT89S51单片机的P0.0/AD0－P0.7/AD7端口接数码管的a－h端，8位数码管的S1－S8通过74LS138译码器的Y0－Y7来控制选通每个数码管的位选端。AT89S51单片机的P1.0－P1.2控制74LS138的A，B，C端子。在8位数码管上从右向左循环显示“12345678”。能够比较平滑地看到拉幕的效果。-P0.0/AD0-P0.7/AD7 with AT89S51 microcontroller port connected to a-h digital side, 8-
curtain-style
- 用AT89S51单片机的P0.0/AD0－P0.7/AD7端口接数码管的a－h端，8位数码管的S1－S8通过74LS138译码器的Y0－Y7来控制选通每个数码管的位选端。AT89S51单片机的P1.0－P1.2控制74LS138的A，B，C端子。在8位数码管上从右向左循环显示“12345678”。能够比较平滑地看到拉幕的效果。-AT89S51 microcontroller P0.0/AD0-P0.7/AD7 port with access to a-h digital side, 8-bit
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
用串口DMA方式接收发送数据
- 在STM32板子与电脑串口助手进行通信,用串口的DMA方式,先接收,再发送到PC端,可以连续接收,通过按键一次发送.(In the STM32 board and computer serial assistant for communication, using the serial port DMA way, first receive, and then sent to the PC terminal, you can receive continuously, sent through
Ymodem
- 从STM官方例程中提取的Ymodem协议的C实现，亲测可用，可以与Windows超级终端互传文件。可以应用于32位或8位单片机，很实用的东东。(From the STM official routine extracted from the Ymodem protocol C implementation, pro test available, you can share files with the Windows super terminal. Can be applied to 32 b
Baymini Terminal Version
- WinAVR编译平台，C语言设计，搬运小车整车控制代码(WinAVR compiler platform, C language design, handling vehicle control code)