资源列表
FFT-51MCU
- FFT算法用(用51单片机实现的) FFT算法用(用51单片机实现的)-FFT u7B97 u6CD5 u7528 ( u752851 u5355 u7247 u673A u5B9E u73B0 u7684)
24C04
- 24C04存储程序 在单片机开发板中实验通过-24 c04 stored program in MCU development board through experiment
DIANZHAN
- 使用与89C52的点阵驱动程序 在51单片机开发板上验证有效-Using 89 c52 and lattice driver Verify the effective on 51 MCU development board
tszlc-gprs-swjc-v1.4
- STM32 开发的 水文监测 主要检测 雨量 土壤湿度 液位 485口控制拍照 并通过 中兴模块 以彩信的方式发送到 另一部手机 -STM32 development of the hydrological monitoring of the main detection of rainfall soil moisture level 485 port control camera and through the ZTE module to MMS sent to another phone
Colibri_GD32F207_ov7670--COLOR-TRACK
- OV7670摄像头的颜色识别并且在LCD上显示出并且用一定规格图像进行跟踪-OV7670 u6444 u504F u5934 u7284 u983C u8272 u8BC6 u522B u5E76 u4E14 u5728LCD u4E0A u773E u793A u51FA u5E76 u4E14 u7528 u4E00 u5B9A u89C4 u683C u56FE u50CF U8FDB u884C u8DDF u8E2A
51_speed_alarm
- 这是一个基于单片机的项目，用来测量汽车是否超速，超速则报警。程序很完整，可以下载到单片机直接使用，不过需要自己买硬件比如红外对管。我们的测速原理是距离除以时间，具体原理再文档中说明的很详细。-This is a project based on the microcontroller, used to measure whether the car speeding, speeding alarm. The program is complete, you can download direct
MSP430F149-12864
- MSP430F149 12864 LCD drive with drawing function, the code has detailed notes in Chinese
1323243434
- 51单片机舵机控制系统 驱动设计完整版 带仿真和程序-51 singlechip servo control system driver design, full version with simulation and procedures
88e4f2881b819d4aa088e9d0691cee49
- 89c51驱动12864液晶汉字显示上下左右翻页包括KEIL文件和PROTEUS文件-89C51 drive 12864 LCD Chinese characters show up, down, left and right page, including KEIL files and PROTEUS files
stm32_LCD_1602
- 基于单片机STM32的室内空气净化系统源程序，希望大家一起学习-Indoor air purification system based on single chip STM32
zfhtth123
- 基于51单片机HX711传感器电子秤1602显示设计（原理图、程序源码、论文、BOM等）-51 Based on Single Chip HX711 sensor electronic scales 1602 show design (schematics, program source code, papers, BOM, etc.)
20175132308
- stm32F427的程序，此程序是利用STM32F427开发板的智能机器人的控制。包括对机器人的底盘的控制和云台的控制。-Stm32F427 program, this program is the use of STM32F427 development board intelligent robot control. Including the control of the chassis of the robot and the control of the pan/tilt.