Debenu-Quick-PDF-Library-Guide

电机运行的流程图，用visio画的图，可以直接复制到word中使用(the picture in the visio)

74hc595芯片的使用 51控制595芯片的io拉高(74hc595 chips 595 chips using 51 control pulled io)

基于单片机的温度控制系统设计毕业设计是大学毕业时必完成的大作业，其中基于单片机的温度控制系统设计毕业论文用以描述整个设计的业务流图,E-R图,数据流图等范文 基于单片机的温度控制系统设计设计则是在某种开发语言上设计与实现的源代码或源程序.全套设计论文包括开题报告,答辩稿,外文翻译,需求分析,中期报告等资料. (Temperature Control System Based on Single Chip graduation graduating from college is a big job will be completed, in which the temperature control system design based on single-chip design thesis to describe the entire business flow diagrams, ER diagrams, data flow diagrams essay based on SCM design of temperature control system is in the design and implementation of a programming language source code or source code. complete design papers include opening report, the respondent draft, foreign language translation, needs analysis, interim reports and other information.)

SAMSUNG S3C2440开发文档大全---(。)

说明：  惠普打印机 PCL5 语言 命令函数程序代码参考(hp pcl5 printing command reference)

汽车大灯开关节点C语言编程，基于飞思卡尔芯片程序(Automotive headlight switch node C programming language, based on Freescale chips)

STM32 SPI读写FM25CL64铁电存储器，程序为103RBT6单片机读写代码，包括SPI初始化、字节发送接收代码、FM25CL64读写代码(STM32 SPI read/write FM25CL64 ferroelectric memory, the application for 103 rbt6 microcontroller, speaking, reading and writing code, including the SPI initialization code byte code to send and receive FM25CL64, speaking, reading and writing )

AVR128显示部分，用12864作为显示的程序代码，已经调试通过(AVR128 display section, with 12864 as display the program code, have debugging through)

实现时间汉字滚动的程序，有了这个程序就可以方便我们更好的实现我们想要的功能(Realize the program rolling time Chinese characters, with this program can easy for us to better realize we want to function)

C8051F060 自带高速AD进行数据采集 可达100兆采样率 并切缓存与片外ram 并把采集数据通过串口发送给PC ( Data Acquisition example for C8051F060 Description: This example illustrates the use of ADC1 and the DMA to acquire and store data. It is intended for use with the C8051F060 target board in the development kit. // This code measures a signal at the AIN0 input with the 16-bit SAR ADC0. // The data is sampled at a rate of 100kHz. ADC output data is transferred to XDATA memory space using the DMA. // // With the EMIF configured for off-chip XRAM access (on the upper ports), this code moves the ADC data to the C8051F060TB target boards s SRAM device. // Once data acquisition is complete, the code then prompts the user to press the P3.7 // button on the target board when ready to receive the data via the UART0 serial port. The TB features an RS-232 transceiver and connector, so the data can be transferred // to a PC via its serial port. // The code is set to acquire up to 32768 samples (for 64kbytes of data). The SRAM device - can accommodate up to 128kbytes, )