1、功能说明
    1、TIM1 CH4触发ADC注入采样OPA1 OPA2的电压数据，并且TIM1输出受COMP1刹车控制
2、使用环境
    软件开发环境：  KEIL MDK-ARM V5.26.2.0
    硬件环境：      基于N32G43XRL-STB V1.0开发
3、使用说明
    系统配置；
        1、时钟源：
            HSE=8M,PLL=108M,AHB=108M,APB1=27M,APB2=54M,ADC CLK=108M/10,ADC 1M CLK=HSE/8,OPA CLK=27M,COMP CLK=27M,TIM1 CLK=108M,TIM8 CLK=108M
        2、中断：
            ADC注入中断打开，抢断优先级0，子优先级0
            读取转换结果
        3、端口配置：
            PA4选择为模拟功能OPA1 VP
            PA7选择为模拟功能OPA2 VP
            PA2选择为模拟功能OPA1 OUT
            PA6选择为模拟功能OPA2 OUT
            PA0选择为模拟功能COMP1 INP
            PB5选择为模拟功能COMP1 INM
            PA11选择为模拟功能COMP1 OUT	
            PA8选择为TIM1 CH1输出
            PA9选择为TIM1 CH2输出
            PA10选择为TIM1 CH3输出
            PB13选择为TIM1 CH1N输出
            PB14选择为TIM1 CH2N输出
            PB15选择为TIM1 CH3N输出
            PB12选择为TIM1 Breakin输入
            PA0选择为ADC1_CH1通道输入
            PC0选择为ADC12_CH6通道输入
        4、OPA：
            OPA1 OPA2电压跟随器功能，VM无引脚
        5、ADC：
            ADC注入模式、扫描转换、TIM1 CC4触发、12位数据右对齐，注入转换OPA1和OPA2输出模拟电压数据
        6、COMP：
            COMP1 INP选择PA0，INM选择PB5，输出触发TIM1和TIM8刹车
        7、TIM：
            TIM1 6路互补打开，刹车使能且打开中断，CH4触发输出
    使用方法：
        1、编译后打开调试模式，用示波器或者逻辑分析仪观察TIM1的输出波形和ADC读取的采集数据
        2、改变COMP1 的输出状态可以刹车TIM1，改变OPA1 OPA2的输入电压可以改变ADC读取的数据
4、注意事项
    无

1. Function description
     1. TIM1 CH4 triggers ADC to inject and sample the voltage data of OPA1 OPA2, and TIM1 output is controlled by COMP1 brake
2. Use environment
    Software development environment: KEIL MDK-ARM V5.26.2.0
    Hardware environment: Developed based on the development board N32G43XRL-STB V1.0
3. Instructions for use
     System Configuration;
         1. Clock source:
            HSE=8M,PLL=108M,AHB=108M,APB1=27M,APB2=54M,ADC CLK=108M/10,ADC 1M CLK=HSE/8,OPA CLK=27M,COMP CLK=27M,TIM1 CLK=108M,TIM8 CLK=108M
         2. Interrupt:
            ADC injection interrupt on, steal priority 0, sub-priority 0
            Read conversion result
         3. Port configuration:
            PA4 is selected as analog function, OPA1 VP
            PA7 selected as analog function, OPA2 VP
            PA2 is selected as analog function, OPA1 OUT
            PA6 is selected as analog function, OPA2 OUT
            PA0 is selected as analog function, COMP1 INP
            PB5 is selected as analog function, COMP1 INM
            PA11 is selected as analog function, COMP1 OUT
            PA8 is selected as TIM1 CH1 output
            PA9 is selected as TIM1 CH2 output
            PA10 is selected as TIM1 CH3 output
            PB13 is selected as TIM1 CH1N output
            PB14 is selected as TIM1 CH2N output
            PB15 is selected as TIM1 CH3N output
            PB12 is selected as TIM1 Breakin input
            PA0 is selected as ADC1_CH1 channel input
            PC0 is selected as ADC12_CH6 channel input
         4. OPA:
            OPA1 OPA2 voltage follower function, VM has no pins
        5. ADC:
            ADC injection mode, scan conversion, TIM1 CC4 trigger, 12-bit data right justification, injection conversion OPA1 and OPA2 output analog voltage data
        6. COMP:
            COMP1 INP selects PA0, INM selects PB5, output triggers TIM1 and TIM8 to brake
        7. TIM:
            TIM1 6-channel complementary open, brake enable and open interrupt, CH4 trigger output
    Instructions:
        1. Open the debug mode after compiling, and use an oscilloscope or logic analyzer to observe the output waveform of TIM1 and the acquired data read by ADC
        2. Changing the output state of COMP1 can brake TIM1, and changing the input voltage of OPA1 and OPA2 can change the data read by ADC
4. Attention
   None
