KeilC51开发,51单片机与E2PROM的接口程序,并且有串口与液晶的输出....

LCD源程序，51是负的然后到LCD，然后控制脚的好地方再编译液晶显示器.asm暂停时，LCD会产生我们写的结果

这个文件是用C语言写的读写FRAM的24C256器件的的源程序。-This document is written using C language to read and write of FRAM source 24C256 devices.

时钟芯片将给显示时间，其包括年，月，日，小时，分钟，秒。-Will show the time clock chip, which includes year, month, day, hour, minute, second.

HT24 系列的EEPROM 总共8 个管脚，三个为芯片地址脚A0、A1、A2，在单片机对它进行操作时，从SDA 输入A0、A1、A2 数据和芯片外部A0、A1、A2 所接地址需一一对应。一个为芯片写保护脚WP，WP 脚接低电平时，芯片可进行读写操作；WP 脚接高时，芯片只可进行读，不可进行写。 另外两个管脚为电源脚VCC，VSS。 用单片机对HT24 系列的EEPROM 进行控制时，HT24 系列的EEPROM 的外部管脚VCC、VSS、WP、A0、A1、A2 根据需要，对应接上，SDA、SCL 接到单片机控制脚上。-HT24 Series EEPROM total of 8 pins, three pins for the chip address A0, A1, A2, in the microcontroller to operate it, from SDA input A0, A1, A2, and chip external data A0, A1, A2 of the Then one correspondence address must be in. One for the chip, write-protect pin WP, WP feet then low, the chip can be read and write operations WP pin is high then, the chip can only be read, not write. The other two pins for the power pin VCC, VSS. With the microcontroller on the HT24 Series EEPROM control when, HT24 Series EEPROM external pin VCC, VSS, WP, A0, A1, A2 according to the needs of the corresponding connected, SDA, SCL receives SCM control feet .

usbcan的人机交互编程vc例程，嵌入式可以参考。-usbcan HCI vc programming routines, embedded can refer to.

液晶模块12864中文次料-LCD module times expected 12,864 Chinese

/*------------------------------------------------------------------------------ 源文件 / 文字 : AVR 宽×高（像素）: 40×24 字模格式/大小 : 单色点阵液晶字模，纵向取模，字节倒序/120字节 数据转换日期 : 2004-8-13 ------------------------------------------------------------------------------*/ -/*------------------------------------------------------------------------------ 源文件/文字 : AVR 宽×高（像素）: 40×24 字模格式/大小 : 单色点阵液晶字模，纵向取模，字节倒序/120字节 数据转换日期 : 2004-8-13 ------------------------------------------------------------------------------*/

1602液晶万年历，用于装饰品上用，可采用AT系列单片机进行演示。-LCD calendar 1602 for the use of accessories, to be used in AT Series Singlechip demonstrated.

采用UART方式0与LM74通信。 用C8051f020的P0.7作片选，主机通过TXD发送时钟信号，实现同步通信,半双工.RXD 作双向数据线.用六位数码管显示LM74采集的温度值-The use of UART communication mode 0 and LM74. P0.7 used for the C8051F020 chip select, host TXD sent through the clock signal, to achieve synchronous communication, half-duplex. RXD for bi-directional data line. With six digital tube display LM74 temperature collected