搜索资源列表
Camera专用例程
- 实现STM32单片机采集图像，实现图像的实时显示。(STM32 microcontroller to achieve the acquisition of images, real-time image display)
无FIFO摄像头 IO抓取
- 通过i/o口模拟时序抓取ov7670的图像(Through the i / o port simulation time to capture the ov7670 image)
28.HC-SR04_超声波传感器
- HC-SR04超声波传感器 STM32驱动代码 实时测量距离(HC-SR04 ultrasonic sensor STM32 driver code, real-time measurement distance)
36.1OV7670_摄像头
- OV7670摄像头的STM32驱动代码 实时在液晶屏上显示拍摄的画面 附带说明书 使用手册 测试通过(OV7670 camera STM32 driver code, real-time display on the LCD screen shooting pictures, accompanied by manuals, manuals, test through)
ARM实现秒表功能
- 实现秒表功能。数码管高两位显示秒，低两位显示精确到0.01秒的数值（提示，修改PIT0中断的时间，调整走时和显示算法；在实现自由走时的基础上，利用按键，使其具有开始、暂停、继续、停止等功能。开始键负责清零，然后开始计时。(Stopwatch function. Two digital tube display seconds, low two digit display accurate to 0.01 seconds (numerical prompt, modify the PIT0 int
ucos3
- uC/OS III(Micro Control Operation System Two)是一个可以基于ROM运行的、可裁减的、抢占式、实时多任务内核，具有高度可移植性，特别适合于微处理器和控制器，适合很多商业操作系统性能相当的实时操作系统(RTOS)。(uC/OS III Is a ROM operation, scalable, preemptive, real-time multi task kernel based, high portability, especially suitab
encoder
- stm32编码器模式及中断配置,可以利用stm32读取正交编码器。CNT寄存器没10000代表一圈，每一圈产生一个中断，可以实时读取每一圈CNT值，以及总圈数(Stm32 encoder mode and interrupt configuration, you can use stm32 to read the quadrature encoder. CNT register no 10000 on behalf of a circle, each lap to produce an inte
USART收发
- 使用STM32F103芯片实现USART的实时收发，异步通信(USART real-time transceiver, asynchronous communication)
外部中断实验
- 通过开发板上载有的3个按钮（KEY_UP、KEY0、KEY1），来控制板上的2，LED（DS0和DS1），其中KEY0控制DS0，按一次亮，再按一次，就灭。KEY1控制DS1，效果同KEY0。KEY_UP则同时控制 DS0和DS1，按一次，他们的状态就翻转一次。(Some 3 buttons are uploaded through the development board (KEY_UP, KEY0) (KEY1) to control the 2 LED (DS0 and DS1) on
STM32-M0-PWM互补输出和死区插入
- 利用STM32F031单片机产生六路相同频率具有死区时间的PWM，本程序可以用来做BLDC的参考(The use of STM32F031 microcontroller produces six same frequency, with dead time PWM, this procedure can be used to do BLDC reference)
ds18b20
- 能够用stm32单片机为核心，通过ds18b20实现温度的检测，然后将实时温度显示在oled屏幕上(STM32 microcontroller can be used as the core, through the DS18B20 to achieve temperature detection, and then real-time temperature display on the OLED screen)
STM32_Project_LED
- 现成的STM32模板文件，为了节省创建工程的时间。(Off the shelf template files, save time.)
实验18 ADC实验
- 针对STM32单片机，通过编程的方式采集其连接设备的电压电流信号，并将其进行模数转换，并实时显示电压和电流变换的结果。(According to the STM32 microcontroller, the voltage and current signals of the connected devices are collected by programming, and the analog to digital conversion is carried out, and the re
keyscan
- stm32f103rct6 按键扫描，不占用CPU时间，实战中常用(Key scan, does not take up CPU time, is commonly used in actual combat)
24. DMA实验
- DMA存储器具有触发ADC的TIM1定时器，将ST32时钟频率设置为1MHz实时采样率(DMA memory has a TIM1 timer to trigger the ADC, set the ST32 clock frequency to a 1MHz real-time sampling rate)
ov7670
- 使用stm32驱动OV7670摄像头进行图像实时采集，在tft屏幕上实时显示并识别图像中的特定颜色，在颜色的周围画上框。(The use of STM32 driver OV7670 camera for real-time image acquisition, real-time display and recognition of the image in the TFT screen specific colors, painted in the color around the box.
速度环PID
- 基于STM32F103无刷直流电机速度环PID控制。顺带学习一下UCOS实时操作系统。(Speed loop PID control of Brushless DC motor based on STM32F103. Incidentally, learn the UCOS real time operating system)
实验11 电容触摸按键实验
- 电容触摸屏实验 采用触摸屏 基于stm32 实现实时控制(Capacitive touch screen experiment, touch screen, real-time control based on stm32)
实验12 OLED显示实验
- OLED显示实验，采用实时显示，基于stm32单片机(OLED display experiment, using real-time display, based on STM32 microcontroller)
sa261
- Calculation crosshairs diffraction image at different distances, Including the generalized cross-correlation function GCC time delay estimation, PV modules contain, MPPT module, BOOST module, inverter module.