S3C2440-Linux

基于STM32F107和DP83848和3.2寸屏芯片搭建的简单网页服务器实验，可实现数据的采集和板子上器件控制(Based STM32F107 and 3.2-inch screen and DP83848 chip experiment to build a simple web server, enabling data acquisition and device control board)

说明：  ADI公司的AD4111是具有±10V和0 mA至20 mA输入和明线检测功能的低功耗 24 位 Σ-Δ ADC,集成了模拟前端(AFE),还集成主要模拟和数字的信号调理区快,为每个模拟输入通路配置成八种单独建立图,最大通路扫描速率6.2 kSPS(161 μs),嵌入的2.5V低漂移(5 ppm/℃)能隙基准电压降低了外接元件数量,单电源5V或3.3V工作,工作温度?40℃ 到 +105℃,主要用在过程控制PLC和DCS模块.本文介绍了AD4111主要特性,功能框图以及评估板EVAL-AD4111SDZ主要特性,框图,电路图,材料清单和PCB设计图.(The AD4111 is a low power, low noise, 24-bit, sigma-deltaanalog-to-digital converter (ADC) that integrates an analog front end (AFE) for fully differential or single-ended, high impedancebipolar,10 V voltage inputs, and 0 mA to 20 mA current inputs. The AD4111 also integrates key analog and digital signalconditioning blocks to configure eight individual setups for each analog input channel in use. The AD4111 features amaximum channel scan rate of 6.2 kSPS for fullysettled data.)

ARM AT91SAM9260 I2S SSC TLV320AIC32

该代码是基于STM32的IIR滤波器算法，当中的过程可以使得初学者快速理解和实现IIR滤波算法，该算法在处理特定频段的毛刺波非常有用(The code is based on the STM32 IIR filter algorithm, which can make the process beginners quickly understand and implement IIR filtering algorithm, which is very useful in dealing with a particular wave frequency glitches)

ugui graphical lcd stm32f103

/超声波测距系统,2008.5.5// 89s51,数显，99CM-5CM,声光报警,继电器欠压保护,继电器5CM继电器控制电机断电 工作电压12v输入,3路数码管显示距离 (/ Ultrasonic ranging system, 2008.5.5// 89s51, digital display, 99CM-5CM, sound and light alarm, undervoltage protection relay, relay 5CM relay control voltage 12v motor power input, 3-way digital display distance)

单片机控制液晶显示屏进行数据显示 液晶屏为点阵型(Single-chip LCD display control data for the character LCD display)

三星2410板子自带的外围器件ads测试程序，做测试参考。(2410 board of Samsung s own ads peripheral device test procedures, test reference.)

LORA驱动源码基于STM32.已配置好所有模式和接口应用，只需接入节点即可使用。(LORA driver source code based STM32. Have been configured for all modes and interface applications, only an access node can be used.)

说明：  LD阵列侧面泵浦棒状激光介质内的光场研究，作者：QQ 64134703 ，电子毕业设计，欢迎咨询(LD array side-pumped rod laser medium within the light field study, the authors: QQ 64134703, e-graduate design, please consult)