keil 3.5 lpc2368 program i2c

AT91RM9200的BIOS源程序，使用ADS1.2开发 硬件环境： SDRAM 64MB NORFLASH 32MB NANDFLASH 256MB-AT91RM9200 the BIOS source code, the use of the hardware environment ADS1.2 development: SDRAM 64MBNORFLASH 32MBNANDFLASH 256MB

PCF8583和MCS51的接口（IIC）的程序-PCF8583 and MCS51 interface (IIC) procedures

使用2410实验箱对AD9852进行控制输出指定频率的正弦波-2410 experiment using control box on the AD9852 output sine wave of specified frequency

Modbus 协议是应用于电子控制器上的一种通用语言。c语言写成，共五个文件，两个头文件，一个主函数，一个写，一个读。

VGA显示的FPGA实现-VGA display FPGA

单片机开发大全，C语言结构，还是比较实用的-this is a very good program for people who want to study 51

通常的汉字显示方式是先根据所需要的汉字提取汉字点阵（如16×16点阵），将点阵文件存入ROM，形成新的汉字编码；而在使用时刚需要先根据新的汉字编码组成语句，再由MCU根据新编码提取相应的点阵进行汉字显示。在这种显示方式中，如果使用的流字数量较大或语句较多时，利用汉字的新编码组成语句将是一件十分繁琐而枯燥的工作。针对这种情况，本文提出了一种十分简单的方式――直接利用PC机的汉字内码作为单片机系统的编码。-Chinese characters are usually displayed in accordance with the need to first extract of the Chinese character dot-matrix (such as 16 × 16 dot matrix), will be deposited into the matrix documents ROM, a new Chinese character encoding while just need to use the Chinese characters according to the new code composed of statements, and then by the MCU according to the new code to extract the corresponding Chinese character dot-matrix display. In this show the way, if you use the word flow statement number of the larger or more, the use of Chinese characters composed of a new coding language will be a very tedious and boring work. In view of this situation, this paper presents a very simple way- direct access to PC-code character encoding as a single-chip microcomputer system.

配合KEIL C的AGSI调试I2C的工具，包含了显示对话框，可以操作。-with KEIL C AGSI I2C debugging tools, including a dialog box appears, can operate.

PIC12F508编写的PT2262红外发射码芯片，解决PT2262红外专用芯片不能在3V电池下工作的缺点。并且PT2262红外发送芯片不好购买。-PIC12F508 prepared infrared emission Code PT2262 chip solution should not PT2262 Infrared ASIC work in the 3V battery shortcomings. PT2262 chip and infrared sending bad buy.

Part IV In part II we discussed the conversion of binary numbers into decimal digits. It is sometimes useful to build circuits that use this method of representing decimal numbers, in which each decimal digit is represented using four bits. This scheme is known as the binary coded decimal (BCD) representation. As an example, the decimal value 59 is encoded in BCD form as 0101 1001. You are to design a circuit that adds two BCD digits. The inputs to the circuit are BCD numbers A and B, plus a carry-in, cin. The output should be a two-digit BCD sum S1S0. Note that the largest sum that needs to be handled by this circuit is S