muyangren499的博客

从eagle 改为 AD绘制了其中的软件。自己一点一点 重新整理了 其中的 FMU、IMU和电源管理部分的原理及PCB。同时还有BOM元器件清单。可以用于方便生产，属于自己的飞控硬件！

分别包括FMU、IMU和PSM的材料，方便在此基础上，开发属于自己的硬件平台。站在巨人的肩膀的呼吸 就是清新

51单片机很全的常用子程序 \ACM-12864汉字液晶显示驱动程序\acm12864.c ........................\.DC0809\0809_1.c ........................\.......\0809_2.c ........................\.......\0809_3.c ........................\.......\0809_4.c ........................\.......\0809_5.c ........................\adc2051\adc2051.c ........................\Ad_da转换\0832波形输出\三角波.asm ........................\.........\............\正弦波.asm ........................\.........\............\锯齿波.ASM ........................\.........\AD5G1443.ASM ........................\.........\AD7701.ASM ........................\.........\ADC0809.ASM ........................\.........\JIANCE.ASM ........................\.........\TLC2543.ASM ........................\.........\TLC548_5.ASM ........................\.........\TLC5615.ASM ........................\.........\文档.doc ........................\.D转换类\ADC0809.ASM ........................\........\DAC0832.txt ........................\........\目前AD-DA常用芯片.txt ........................\AT90S8515打铃程序.ASM ........................\C51_table\1第一章：基本概念\#define\#define.c ........................\.........\.................\.......\#define.Opt ........................\.........\.................\.......\#define.Uv2 ........................\.........\.................\Do_While\dowhile.c ........................\.........\.................\........\dowhile.Opt ........................\.........\.................\........\dowhile.Uv2 ........................\.........\.................\For\for.c ........................\.........\.................\...\For.Opt ........................\.........\.................\...\For.Uv2 ........................\.........\.................\Goto\Goto.c ........................\.........\.................\....\Goto.Opt ........................\.........\.................\....\Goto.Uv2 ........................\.........\.................\IF\if1.c ........................\.........\.................\..\if2.c ........................\.........\.................\..\if3.c ........................\.........\.................\..\if4.c ........................\.........\.................\..\table.Opt ........................\.........\.................\..\table.Uv2 ........................\.........\.................\SWITCH-CASE\switch.c ........................\.........\.................\...........\switch.Opt ........................\.........\.................\...........\switch.Uv2 ........................\.........\.................\typedef\typedef.c ........................\.........\.................\.......\typedef.Opt ........................\.........\.................\.......\typedef.Uv2 ........................\.........\.................\While\While.c ........................\.........\.................\.....\While.Opt ........................\.........\.................\.....\While.Uv2 ........................\.........\3第三章：开机后的启动流程\Poweron_initial.c ........................\.........\.........................\Poweron_initial.Opt ........................\.........\.........................\Poweron_initial.plg ........................\.........\.........................\Poweron_initial.Uv2 ........................\.........\4第四章：延时例程\Delay.c ........................\.........\.................\delay.Opt ........................\.........\.................\delay.plg ........................\.........\.................\delay.Uv2 ........................\.........\.................\pulse.c ........................\DES算法演示\Debug\des.dll ........................\...........\des.c ........................\...........\des.dll ........................\...........\des.dsp ........................\...........\des.dsw ........................\...........\des.h ........................\...........\des.lib ........................\...........\Release\des.dll ........................\hex2bcd.asm ........................\I2c总线\页写.ASM ........................\.IC\IC卡读卡器的C程序\搞定.c ........................\...\周立功IIC\24C02.c ........................\...\.........\test.c ........................\...\.........\VI2C_C51.c ........................\...\网络资料\24c02.c ........................\...\........\93cxx.c ........................\...\........\PC并口模拟IIC.c ........................\LED显示\八位串行LED显示驱动器MAX7219 7211应用程序.ASM ........................\main_last.asm ........................\RTX-51 Real-Time（汉）.pdf ........................\RTX-51 实时操作系统.pdf ........................\SOFT_UART.ASM ........................\testpw.asm ........................\test_read.asm ........................\中断应用\intrrupt.c ........................\串行通信\8031单片机通信软件（与PC）.asm ........................\........\..51与8051点对点通讯\接收.asm ........................\........\....................\甲机发送.asm ........................\........\......PC机间通讯软的设置\PC机主程序.c ........................\........\........................\PC机发送子程序.c ........................\........\........................\PC机完全程序.c ........................\........\........................\PC机接收子程序.c ........................\........\........................\单片机主程序.asm ........................\........\........................\单片机完全程序.asm ........................\........\........................\单片机接收中断子程序.asm ........................\........\........................\单片机查询发送子程序.asm ........................\........\ch1.asm ........................\........\COMMA28.ASM ........................\........\jtx.asm ........................\........\PC机与51单片机的快速串行通信程序.asm ........................\........\QS_COMMA.ASM ........................\........\SjtxR.asm

基本的pic单片机c语言编程 AD程序实现模拟量到数字量的转换功能； CAN程序实现CAN总线通讯功能； keyboard_check程序实现键盘的扫描查询方式输入； keyboard_disturb程序实现PORTB的"电平变化中断"进行键盘的输入； led0-8程序实现在8个LED上依次显示1~8数字； PWM程序用于使CCP1模块产生分辨率为10位的PWM波形，占空比为50%； RS-232程序通过RS-232接口来完成PC计算机与单片机之间的通信； simple_POARD程序为外围功能模块简单应用实例，点亮与PORTD口相连的八个发光二极管； stopwatch程序实现计时秒表功能，时钟显示范围00.00～99.99秒，分辨度为0.01秒； switchinput程序用于开关量的输入（采用SPI总线），并显示在与D口相连的LED上； wakeup程序实现PIC18F458的休眠工作方式，并由实验板上的按键产生"电平变化中断"将其从休眠状态中激活； WDT程序实现"看门狗"WDT的功能； Yejing程序实现液晶显示器的接口和显示功能

包括pic单片机基本的程序，具体有数字时钟，AD转换、温度，压力测量I2C以及USB总线通信，语音录放，红外通讯等程序 包括这些程序对应的电路原理图的设计，具体采用AltiumDesigner Winter09打开和编辑。

包括各种pic16F877单片机上调试通过的程序，提供了完整的仿真电路及HEX文件,可直接运行。 开发环境：全书案例程序开发环境MPLAB 8.53 MCC18 3.16 HI-TECH PICC 9.70 HI-TECH PICC-18 9.63。 所需要软件：超级编辑器UltraEdit, 虚拟串口驱动vspd,串口助手 字模软件Zimo,文件拆分软件FileSplit VC#.NET 2008等。

《C语言精彩编程百例> 这本书的经典中的经典。附书的源代码，多多学学

由于MIMO认知无线电中能量检测算法的实现

对于2010 VS很好的入门教程，并且附加安装过程