ADC

说明：  对于新手调试入手很快,通过32单片进行通信控制,及算法运算。(For beginners, debugging starts very quickly, communication control is carried out through 32 single chip, and arithmetic operation is given to them.)

pat advanced level 1005. Spell It Right(Given a non-negative integer N, your task is to compute the sum of all the digits of N, and output every digit of the sum in English. Input Specification: Each input file contains one test case. Each case occupies one line which contains an N (<= 10100). Output Specification: For each test case, output in one line the digits of the sum in English words. There must be one space between two consecutive words, but no extra space at the end of a line. Sample Input: 12345 Sample Output: one five)

fuzzy pid load frequency control

基于51单片机控制的实时时钟显示，芯片选择ds1302,掉电时钟可以继续走。(Based on 51 single chip microcomputer control, according to the real time clock chip ds1302, off the electric clock can continue to go.)

单片机型号为ATmega8，内有1206LCD控制器、采用恒压跟踪的MPPT算法、横流输出控制(The model of single chip microcomputer is ATmega8, with 1206LCD controller, MPPT algorithm with constant voltage tracking, cross flow output control)

包含位置式PID算法、积分分离式PID，包括广义互相关函数GCC时延估计，真的是一个好程序。( It contains positional PID algorithm, integral separate PID, Including the generalized cross-correlation function GCC time delay estimation, Really is a good program.)

基于STM32F407ZET6，软硬件SPI协议读写W25Q128FLASH模块(W25Q128FLASH module read and write based on STM32F407ZET6, software and hardware SPI protocol)

基于STM32的4轴步进电机加减速控制全套工程源码，共有两套； 一套是STM32F103的，另外一套是STM32F405的； 可以同时控制4轴步进电机进行加减速； 速率可以达到100K以上； (4-axis stepper motor control acceleration and deceleration based STM32 full project source code, there are two Set is STM32F103 and STM32F405 is another set of Can simultaneously control four-axis stepper motor acceleration and deceleration Rate can reach more than 100K)

针对FastDFS分布式文件系统的功能测试代码(Functional test code for FastDFS distributed file system)

C program for converting polar to rectangular coordinates rectangular to polar coordinates finding distance between the coordinates