weka-new

基于nordic soc蓝牙芯片开发的双串口例程。(There is a demo project, which based on ble_app_uart, please place the project under SDK13/examples/ble_peripheral.)

基于两个STM32板之间的CAN通信，包含完整程序(Based on two STM32 plate between the CAN communication)

svpwm仿真模型，通过仿真确定svpwm的最佳配置模式(svpwm simulation model to determine the optimal configuration of the simulation model svpwm)

八个发光二极管L1－L8分别接在单片机的P1.0－P1.7接口上，输出“0”时，发光二极管亮，开始时P1.0→P1.1→P1.2→P1.3→┅→P1.7→P1.6→┅→P1.0亮，重复循环。 (Eight light-emitting diodes L1-L8, respectively, then in the P1.0-P1.7 microcontroller interface, the output " 0" when the bright light-emitting diode, the beginning of P1.0 → P1.1 → P1.2 → P1. 3 → ┅ → P1.7 → P1.6 → ┅ → P1.0 Liang, repeat the cycle.)

本实验开机后，先初始化MPU6050，然后利用DMP库，初始化MPU6050及使能DMP，最后，在死循环里面不停 读取：温度传感器、加速度传感器、陀螺仪、DMP姿态解算后的欧拉角等数据，通过串口上报给上位机（温 度不上报），利用上位机软件（ANO_Tech匿名四轴上位机_V2.6.exe），可以实时显示MPU6050的传感器状 态曲线，并显示3D姿态，可以通过KEY0按键开启/关闭数据上传功能。同时，在LCD模块上面显示温度和欧拉 角等信息。DS0来指示程序正在运行。另外,本例程也可以通过USMART调用MPU_Read_Byte/MPU_Write_Byte 等函数,来实现对MPU6050寄存器的读写操作(仅在UPLOAD OFF状态下).(This experiment starts with initializing MPU6050, then using DMP library, initializing MPU6050 and enabling DMP. Finally, it keeps on in the dead cycle. Read: temperature sensor, accelerometer, gyroscope, Euler angle after attitude calculation of DMP and other data, report to PC through serial port (temperature). The sensor of MPU6050 can be displayed in real time by using the upper computer software (ANO_Tech anonymous four-axis upper computer_V2.6.exe). The state curve and 3D posture can be displayed, and the data upload function can be turned on/off by KEY0 button. At the same time, temperature and Euler are displayed on the LCD module. Angle and other information. DS0 to indicate that the program is running. In addition, this routine can also call MPU_Read_Byte/MPU_Write_Byte through USMART Equivalent function to achieve the read-write operation of MPU6050 registers (only in UPLOAD OFF state).)

实现计数器加法、减法、清零电路。用7448、74ls192实现，可以仿真成功，适用于初学者。(Realization counter addition, subtraction, clear circuit. By 7448,74 ls192 achieve success can be simulated, for beginners.)

STM32控制无刷电机源码，直接用寄存器控制的版本.(BLDC Control by STM32)

使用STM32F103C8T6驱动LCD1602(Using STM32F103C8T6 to Drive LCD1602)

经典的电力系统风险评估教材，适合电力专业的老师，学生，非常不错(Classic power system risk assessment materials, suitable for the power of professional teachers, students, very good)

使用STC8单片机，实现电容感应触摸键功能(Using STC8 Single Chip Microcomputer to Realize Capacitance Induction Touch Key Function)