LMP90080-Q1: 扫描模式操作问题

	//设置CH0=VIN6-VIN1
	ADC_Write(CH0_INPUTCN, 0x31);
	//设置CH1=VIN1-VIN0
	ADC_Write(CH1_INPUTCN, 0x08);
	
	//设置CH2=VIN6-VIN3
	ADC_Write(CH2_INPUTCN, 0x32);
	//设置CH3=VIN3-VIN2
	ADC_Write(CH3_INPUTCN, 0x1A);
	
	//设置CH4=VIN7-VIN5
	ADC_Write(CH4_INPUTCN, 0x3D);
	//设置CH5=VIN5-VIN4
	ADC_Write(CH5_INPUTCN, 0x2B);
	
	
	ADC_Write(CH0_CONFIG, 0x01);
	ADC_Write(CH1_CONFIG, 0x01);
	ADC_Write(CH2_CONFIG, 0x01);
	ADC_Write(CH3_CONFIG, 0x01);
	ADC_Write(CH4_CONFIG, 0x01);
	ADC_Write(CH5_CONFIG, 0x01);
	
	ADC_Write(BGCALCN, 0x02);
	
	//CH0-CH5
	ADC_Write(CH_SCAN, 0xA8);
	
	//使用内部时钟,电流=1mA
	ADC_Write(ADC_AUXCN, 0x2A);
	
	float PT_100_J15(void)
{
	uint16_t ADC_Convert[2] = {0};
	float Temperature = 0, Resistance = 0;
	
	//CH0
	delay_us(72);
	if(ADC_Read(ADC_DONE, 0x00) != 0xFF)
	{				
		ADC_Convert[0] = ADC_Read_ADCOUT();
    }
	
	//CH1
	delay_us(72);
	if(ADC_Read(ADC_DONE, 0x00) != 0xFF)	
	{				
		ADC_Convert[1] = ADC_Read_ADCOUT();
    }
	Resistance = ((ADC_Convert[0] - ADC_Convert[1]) * ( 3.0 / 32768)) * 1000.0;
	Temperature = 0.001 * pow(Resistance, 2) + 2.3625 * Resistance - 246.06;
	u1_printf("J15_Temperature:%f\r\n", Temperature);
	
}


float PT_100_J16(void)
{
	uint16_t ADC_Convert[2] = {0};
	float Temperature = 0, Resistance = 0;
	
	//CH2
	delay_us(72);
	if(ADC_Read(ADC_DONE, 0x00) != 0xFF)	
	{				
		ADC_Convert[0] = ADC_Read_ADCOUT();
    }
	
	//CH3
	delay_us(72);
	if(ADC_Read(ADC_DONE, 0x00) != 0xFF)	
	{				
		ADC_Convert[1] = ADC_Read_ADCOUT();
    }
	Resistance = ((ADC_Convert[0] - ADC_Convert[1]) * ( 3.0 / 32768)) * 1000.0;
	Temperature = 0.001 * pow(Resistance, 2) + 2.3625 * Resistance - 246.06;
	u1_printf("J16_Temperature:%f\r\n", Temperature);
	
}


float PT_100_J19(void)
{
	uint16_t ADC_Convert[2] = {0};
	float Temperature = 0, Resistance = 0;
	
	//CH4
	delay_us(72);
	if(ADC_Read(ADC_DONE, 0x00) != 0xFF)	
	{				
		ADC_Convert[0] = ADC_Read_ADCOUT();
    }
	
	//CH5
	delay_us(72);
	if(ADC_Read(ADC_DONE, 0x00) != 0xFF)	
	{				
		ADC_Convert[1] = ADC_Read_ADCOUT();
    }
	Resistance = ((ADC_Convert[0] - ADC_Convert[1]) * ( 3.0 / 32768)) * 1000.0;
	Temperature = 0.001 * pow(Resistance, 2) + 2.3625 * Resistance - 246.06;
	u1_printf("J19_Temperature:%f\r\n", Temperature);
	
}