资源列表
书例_野火M3-SysTick(1)
- 基于STM32103VG单片机，用定时器TIM3实现四路PWM输出。(Based on the STM32103VG microcontroller, with the timer TIM3 to achieve four PWM output.)
MPU6050
- 智能小车专业，代码已完成，直接输出欧拉角。(Smart car professional, the code has been completed, the direct output Euler angle.)
DS18B20环境温度监控
- 基于89c52接上18B20温度传感器使数码管显示出当前温度(The 18B20 temperature sensor is connected to the 89C52 to make the digital tube display the current temperature)
红外解码数码管显示
- 基于89c52平台的遥控器红外解码数码管显示(Infrared remote control decoding digital display based on the platform of 89C52)
PWM调光
- 基于89c52开发平台通过PWM（脉宽调制）调节LED的亮度(Based on the 89C52 development platform, the brightness of LED is adjusted by PWM (pulse width modulation))
11，ATK-MPU6050六轴传感器模块
- mpu6050驱动,供大家学习下载使用,来来来，快下载(Mpu6050 driver for everyone to learn to download, use, come and go, download!)
frequency（PA0）
- 频率计的基本原理是用一个频率稳定度高的频率源作为基准时钟，对比测量其他信号的频率。通常情况下计算每秒内待测信号的脉冲个数，此时我们称闸门时间为1秒。闸门时间也可以大于或小于一秒。闸门时间越长，得到的频率值就越准确，但闸门时间越长则没测一次频率的间隔就越长。闸门时间越短，测的频率值刷新就越快，但测得的频率精度就受影响。本文数字频率计是用数字显示被测信号频率的仪器，被测信号可以是正弦波，方波或其它周期性变化的信号。如配以适当的传感器，可以对多种物理量进行测试，比如机械振动的频率，转速，声音的频率以及
PWM和SPWM
- 双路带死区互补PWM输出，适合数字电源控制，H桥驱电路等控制(Dual band, dead band complementary PWM output, suitable for digital power control, H bridge drive circuit control)
代码
- 飞思卡尔直立平衡小车完整代码，可以进行实际操作(You can complete the balance of the two wheels and the roadblock recognition function)
CAN自发自收程序
- 这个是51单片机的can总线的自发自收程序。(This is the 51 single-chip microcomputer can Bus spontaneous collection procedures.)
SPWM
- 全桥逆变电路的控制波形，由STM32芯片产生SPWM波。(Full-bridge inverter circuit control waveform, generated by the STM32 chip SPWM wave.)
15OLED
- 基于STM32的oled显示程序，方便快速移植，代码清晰有条理！(Based on the STM32 oled display program)