high_adc_convert

CAN STM32 上的CAN 收发数据.用队列完成(CAN to send and receive data CAN STM32. Using the queue to complete)

这是基于51单片机的CAN总线收发的程序 自己写的 可以用(This is based on the 51 MCU CAN bus transceiver program written by oneself can be used.)

说明：  手机遥控小车，蓝牙连接，电机正反转，LED(Mobile phone remote control car, Bluetooth connection)

说明：  矩阵按键，数码管显示状态及选手，蜂鸣器提示音(Matrix keys, digital display status and player, buzzer prompt sound)

Ugrading BIOS on Digitech Pro device - detailed manual

数模转换芯片DA0832直通方式驱动一个发光二极管，由暗到亮循环( )

说明：  msp430单片机的比较器功能简易代码，仅供参考，使用端口P1驱动LED，P1.1作为比较端口(MSp430 MCU comparator function simple code, for reference only, using port P1 to drive LED, P1.1 as the comparison port)

说明：  32控制的防尾随门，主要应用于银行安检防盗门(32-controlled anti-tail door)

子带编码是一种以信号频谱为依据的波形编码方法，首先用一组带通滤波器将输入信号按频谱分开，然后让每路子信号通过各自的自适应PCM编码器（ADPCM）编码，经过分接和解码再复合成原始信号。(In sub-band coding is a waveform signal based on the spectrum coding method using a first set of band pass filters to separate an input signal spectrum, and so that each signal path through the respective adaptive PCM coder (ADPCM) encoding, after tap and then combined into the original decoding signal.)

说明：  I2C_SHT21 温湿度传感器测量 I2C 读取SHT21 温湿度传感器 SHT21驱动库有两种操作模式，适合不同操作 自动转换测量模式： 1：启动任意一个测量指令,例如测量温度执行 measureT(); 2：延时200ms 3：读取测量后的数值, autoMeasure(float * th); 该函数读取测量得出的数据，并根据数据的类型进行转化，再自动启动下一个类型的测量 指定转换测量模式： 1：先启动一次测量,例如测量温度执行 measureT(); 2：延时200ms 3：读取测量后的数值,例如读取温度执行readT();(2C_ SHT21 temperature and humidity sensor measurement I2C read SHT21 temperature and humidity sensor SHT21 driver library has two operation modes, which are suitable for different operations Automatic conversion of measurement mode: 1: Start any measurement command, for example, measure the temperature and execute measure(); 2: Delay 200ms 3: Read the measured value and Automeasure (float * th); This function reads the measured data, converts it according to the data type, and then automatically starts the next type of measurement Specify the conversion measurement mode: 1: Start a measurement first, for example, measure the temperature; 2: Delay 200ms 3: Read the measured value, for example, read the temperature and execute readt();)