32位arm9微处理器S3C2410的lcd彩色液晶屏测试源代码

128*64液晶模块图形显示应用实例编程-128* 64 LCD graphics Application Programming

lcd1602 含仿真 很好的应用实例 看过即会-lcd1602 with a good simulation of application examples will be seen that the

altera de1开发板 dma,pwm...实验源码-altera de1 development board dma, pwm ... experimental source

（一）OCMJ8X15D的触摸屏是用模块内部控制器控制的， （二）OCMJ15X20D（V3.2）的触摸屏是用ADS7843控制的，该控制器已集成在模块上，模块已留出ADS7843的控制线供客户使用（OCMJ15X20D上的J5脚），

本程序为简单的12232F型LCD液晶显示及键盘功能程序 K1键为进入调整，进入后显示四个0，再次按下为退出调整，初始状态 为首行显示河北工程大学 K2键为进入调整后加一 K3键为进入调整后减一 K4键为光标右移 -This procedure is simple 12232F-LCD liquid crystal display and keyboard function keys for entry into the program K1 adjust, enter the show after four 0, once again press for the withdrawal adjust, line shows the initial state, headed by Hebei University of Engineering K2 adjust keys for entry into the after One key for entry into the K3 adjusted by one for the cursor keys K4 shifted to right

液晶资料大全，下了看看吧。-LCD information Daquan, with a look at it.

easyarm1138用c语言开发的2401无线接收程序-easyarm1138 c 2401 receive

IIC 的驱动程序 很完整。通过KEIL C 编译在ROTUES 上用AT89C51仿真通过。-IIC driver complete. Through the KEIL C compiler ROTUES used in the simulation through the AT89C51.

高精度实时时钟－SD2001驱动程序 [文件名] Sd.c [功能] 对sd2001时钟进行时实读写，并对其内部的ram进行操作-high-precision real-time clock-SD2001 driver [Name] Sd.c [function] sd2001 real-time clock for literacy, and its internal operations for the ram

红外通信是利用950nm近红外波段的红外线作为传递信息的媒体，即通信信道。发送端采用脉时调制（PPM）方式，将二进制数字信号调制成某一频率的脉冲序列，并驱动红外发射管以光脉冲的形式发送出去；接收端将接收到的光脉转换成电信号，再经过放大、滤波等处理后送给解调电路进行解调，还原为二进制数字信号后输出。-Infrared communication is the use of near infrared 950nm infra-red as the transmission of information media, namely communication channel. The sending end when the use of pulse modulation (PPM) approach will be a binary digital signal into a frequency modulation of the pulse sequence, and driver fired infrared tube to the form of light pulses sent receiver will receive the pulse of light conversion to electrical signals , and then, after amplification, filtering and other treatment to the demodulation circuit after demodulation, reduced to a binary digital signal after the output.