ZiHDeng/hf-ny8-v2 · Datasets at Hugging Face

C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt.c

<comment>包含NY8系列的头文件<code>#include <ny8.h>

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt.c

<comment>包含常量定义<code>#include "ny8_constant.h"

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt.c

<comment>高8位ADC数据存储变量<code>unsigned char R_ADC_DATA_HB;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt.c

<comment>低4位ADC数据存储变量<code>unsigned char R_ADC_DATA_LB;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt.c

<comment>内联汇编指令，用于更新寄存器<code>#define UPDATE_REG(x) __asm__( "MOVR _" #x ",F")

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt.c

<comment>ADC中断服务例程<code>void isr(void) __interrupt(0)

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt.c

<comment>清除ADC中断标志位<code>ADRbits.ADIF = 0;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt.c

<comment>存储ADC数据的高8位<code>R_ADC_DATA_HB = ADD;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt.c

<comment>存储ADC数据的低4位<code>R_ADC_DATA_LB = 0x0F & ADR;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt.c

<comment>开始下一次ADC转换<code>ADMDbits.START = 1;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt.c

<comment>初始化RAM<code>R_ADC_DATA_HB = R_ADC_DATA_LB = 0x00;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt.c

<comment>设置PORTA为输入引脚<code>IOSTA = C_PA_Input;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt.c

<comment>填充PORTA数据缓冲区<code>PORTA = 0xFF;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt.c

<comment>禁用所有中断使能位<code>INTE = 0x00;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt.c

<comment>参考高电压由内部VDD提供<code>ADVREFH = C_Vrefh_VDD;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt.c

<comment>ADCCLK是SYSCLK除以1<code>ADR = C_Ckl_Div1;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt.c

<comment>启用ADC电源，启用全局ADC输入通道，选择AIN1(PA1)作为ADC模拟输入<code>ADMD = C_ADC_En | C_ADC_CH_En | C_ADC_PA1;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt.c

<comment>设置AIN1(PA1)为纯ADC输入以减少功耗<code>PACON = C_PA1_AIN1;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt.c

<comment>启用ADC中断位<code>ADRbits.ADIE = 1;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt.c

<comment>清除ADC中断标志位<code>ADRbits.ADIF = 0;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt.c

<comment>延迟1.12ms等待ADC稳定<code>Delay(50);

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt.c

<comment>开始ADC转换<code>ADMDbits.START = 1;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt.c

<comment>启用所有未屏蔽中断<code>ENI();

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt.c

<comment>简单的循环延迟<code>for (i = 1; i <= count; i++);

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>包含NY8A051F的头文件<code>#include <ny8.h>

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>包含常量定义<code>#include "ny8_constant.h"

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>存储ADC转换结果的高字节<code>unsigned char R_ADC_DATA_HB;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>存储ADC转换结果的低字节<code>unsigned char R_ADC_DATA_LB;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>自动校准模式寄存器<code>unsigned char R_ADJMD;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>采样计数器<code>unsigned char R_SMPCNT;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>消抖计数器<code>unsigned char R_DBS;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>累积器高字节<code>unsigned char R_ACCUM_HB;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>累积器低字节<code>unsigned char R_ACCUM_LB;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>标志寄存器<code>unsigned char R_FLAG;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>采样次数<code>#define C_SMPCNT 2

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>消抖次数<code>#define C_DBS 3

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>ADC模式设置<code>#define C_ADMD (C_ADC_En | C_ADC_CH_Dis | C_ADC_PA2)

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>设置PortA为输入端口<code>IOSTA = C_PA_Input;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>PortA数据寄存器设置为全1<code>PORTA = 0xFF;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>启用ADC电源，禁用全局ADC输入通道，选择VSS作为ADC输入<code>ADMD = C_ADC_En | C_ADC_CH_Dis | C_ADC_VSS;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>启用模拟偏置<code>ANAEN = C_CMPEN;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>ADC参考高电压由内部VDD提供<code>ADVREFH = C_Vrefh_VDD;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>ADC时钟=Fcpu/1，清除ADIF，禁用ADC中断<code>ADR = C_ADC_CLK_Div1;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>采样脉冲宽度=8个ADC时钟周期，ADC选择12位转换<code>ADCR = C_Sample_8CLK | C_12BIT;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>启用全局ADC通道<code>ADMDbits.GCHS = 1;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>清除ADC中断标志位<code>ADRbits.ADIF = 0;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>启用ADC中断位<code>ADRbits.ADIE = 1;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>延时1.12ms（指令时钟=4MHz/4T）等待ADC稳定<code>delay(50);

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>开始ADC转换会话<code>ADMDbits.START = 1;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>启用全局中断<code>ENI();

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>主循环<code>while(1)

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>清除看门狗定时器<code>CLRWDT();

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>清除ADC中断标志位<code>ADRbits.ADIF = 0;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>RAM "R_AIN1_DATA_HB" 存储AIN1的ADC数据高12位<code>R_ADC_DATA_HB = ADD;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>RAM "R_AIN1_DATA_LB" 存储AIN1的ADC数据低4位<code>R_ADC_DATA_LB = 0x0F & ADR;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>启用ADC电源，禁用全局ADC输入通道，选择PA2作为ADC输入<code>ADMD = C_ADMD;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>启用ADC电源，禁用全局ADC输入通道，选择PA2作为ADC输入<code>ADMD = C_ADMD;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Auto Calibration.c

<comment>开始ADC转换会话<code>ADMDbits.START = 1;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>包含NY8A051F的头文件<code>#include <ny8.h>

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>包含常量定义<code>#include "ny8_constant.h"

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>存储AIN2的ADC数据高字节<code>unsigned char R_AIN2_DATA_HB;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>存储AIN2的ADC数据低字节<code>unsigned char R_AIN2_DATA_LB;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>WDTIF=INTF[6]=0 => Clear WDT interrupt flag<code>INTF = 0x00;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>初始化ADC数据变量<code>R_AIN2_DATA_HB = R_AIN2_DATA_LB = 0x00;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>设置PORTC为输出<code>IOSTC = C_PC_Output;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>设置PORTB为输出<code>IOSTB = C_PB_Output;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>设置PA2为输入<code>IOSTA = C_PA2_Input;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>PortC数据寄存器设置为0x00<code>PORTC = 0x00;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>PortB数据寄存器设置为0x00<code>PORTB = 0x00;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>PortA数据寄存器设置为0xFF<code>PORTA = 0x00;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>禁用中断<code>INTE = 0x00;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>启用WDT<code>PCONbits.WDTEN = 1;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>启用ADC电源，禁用全局ADC输入通道，选择PA2作为ADC输入<code>ADMD = C_ADC_En | C_ADC_CH_Dis | C_ADC_PA2;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>ADC参考高电压由内部2V提供<code>ADVREFH = C_Vrefh_2V;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>ADC时钟=Fcpu/1，清除ADIF，禁用ADC中断<code>ADR = C_ADC_CLK_Div1;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>采样脉冲宽度=8个ADC时钟周期，ADC选择12位转换<code>ADCR = C_Sample_8CLK | C_12BIT;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>PS0WDT=t0md[3]=0 => PS0到T0 => PS0=1:1到WDT，Finst作为源<code>T0MD = C_PS0_TMR0;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>启用WDT超时中断<code>INTE = C_INT_WDT;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>启用全局中断<code>ENI();

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>主循环<code>while(1)

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>启用全局ADC通道<code>ADMDbits.GCHS = 1;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>开始一个ADC转换会话<code>ADMDbits.START = 1;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>RAM "R_AIN1_DATA_HB" 存储AIN1的ADC数据高12位<code>R_AIN2_DATA_HB = ADD;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>RAM "R_AIN1_DATA_LB" 存储AIN1的ADC数据低4位<code>R_AIN2_DATA_LB = 0x0F & ADR;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>禁用全局ADC通道<code>ADMDbits.GCHS = 0;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Interrupt_Sleep Wakeup.c

<comment>等待ADC转换完成<code>while(ADMDbits.EOC==0);

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Polling.c

<comment>包含NY8A051F的头文件<code>#include <ny8.h>

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Polling.c

<comment>包含常量定义<code>#include "ny8_constant.h"

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Polling.c

<comment>存储AIN0的ADC数据高字节<code>unsigned char R_AIN0_DATA_HB;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Polling.c

<comment>存储AIN0的ADC数据低字节<code>unsigned char R_AIN0_DATA_LB;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Polling.c

<comment>存储内部1/4*VDD的ADC数据高字节<code>unsigned char R_QuaVDD_DATA_HB;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Polling.c

<comment>存储内部1/4*VDD的ADC数据低字节<code>unsigned char R_QuaVDD_DATA_LB;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Polling.c

<comment>更新寄存器宏定义<code>#define UPDATE_REG(x) __asm__("MOVR _" #x ",F")

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Polling.c

<comment>等待转换结束函数声明<code>void Wait(void);

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Polling.c

<comment>延时函数声明<code>void Delay(int);

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Polling.c

<comment>设置PORTA为输入端口<code>IOSTA = C_PA_Input;

0

C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Polling.c

<comment>填充PORTA数据缓冲区<code>PORTA = 0xFF;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Polling.c

<comment>禁用所有中断使能位<code>INTE = 0x00;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Polling.c

<comment>参考高电压由内部VDD提供<code>ADVREFH = C_Vrefh_VDD;

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C:\Users\IDEA\Desktop\workplace\LiuCode

C:\Users\IDEA\Desktop\workplace\LiuCode\Liu\ADC Polling.c

<comment>ADCCLK是SYSCLK除以1<code>ADR = C_Ckl_Div1;

0