资源列表
摄像头OV7670驱动
- 详细描述了如何用STM32单片机驱动OV7670摄像头！(A detailed descr iption of how to drive the OV7670 camera with STM32 microcontroller!)
tidcs_201803
- tms320f2812开发源码,含括基本外设库，cmd文件，头文件。(Tms320f2812 development source code including basic peripheral library cmd file header file)
PID风摆成功了
- 利用stm32f103实现用风扇吹风摆到指定角度(Using the STM32F103 to implement the fan blower to the specified angle)
Hawk 2飞行程序
- 利用stm32f103实现四旋翼的自我飞行，及遥控飞行(Self flight of four rotor and remote control flight by using STM32F103)
mpu6050
- 利用stm32对mpu6050进行变成，读出航偏角、滚动脚、俯仰脚(Make use of STM32 to turn mpu6050 into the navigation corner, the rolling foot, the pitching foot)
1实时时钟
- 用stm32f103对ds1302时钟芯片进行读写，从而获得起内部的时钟数据(Read and write the DS1302 clock chip with STM32F103 to get the internal clock data)
超声波测距
- 用stm32f103对一个超声波模块进行操作，算出要测量的距离(Use STM32F103 to operate an ultrasonic module and calculate the distance to be measured)
方案二
- 本系统是基于CPLD和单片机的一种用于信号频率周期、时间间隔和占空比测量的数字频率计，系统由AGC（自动增益控制）电路、宽带放大电路、高速比较电路实现有效值10mV/频率100MHz和处理显示部分组成，其中AGC电路实现幅度自动增益控制使放大后的信号幅度在一定的范围内保持一致，比较电路将前级电路输出的信号转换成CPLD,利用等精度测频原理，实现闸门时间1S的高精度测量。单片机通信处理数据并显示，数据表明，系统精度达到发挥部分要求。(This system is a CPLD microcontr
模拟spi控制数字电位器
- 利用单片机通过模拟SPI线控数字电位器，使数字电位器输出想要的电阻值。(Using MCU to simulate SPI wire controlled digital potentiometer)
AD7689
- AD7689芯片开发源码，基本功能已经实现，符合开发要求，仅供参考。(AD7689 chip development source code, the basic function has been realized, in line with the development requirements, for reference only.)
详细讲解MOSFET管驱动电路11
- 深入理解MOSFET实用应用项目解析，是一本详细的关于开发应用的书籍，希望对大家有帮助。(A thorough understanding of the MOSFET application project parsing is a detailed book about development and application, and I hope to help you.)
MOSFET及MOSFET驱动电路总结
- 这是本人对MOSFET及MOSFET驱动电路总结，希望对碰到困难的有所帮助。(This is my summary of MOSFET and MOSFET driving circuits, and I hope to be helpful to the difficulties.)