Hey
Ok so am using keil microvision 4, and I am using the onboard temp sensor in the micro controller, now I configured the ADC inside the micro to use a interrupt when a conversion is complete, the only problem I have is to simulate my code, since the it seems in my case the interrupt cant be generated in my code, i have to go trigger the interrupt myself in peripherals on keil v4. My code is below, just need a verdict if my code is going to work or not.
Ok so am using keil microvision 4, and I am using the onboard temp sensor in the micro controller, now I configured the ADC inside the micro to use a interrupt when a conversion is complete, the only problem I have is to simulate my code, since the it seems in my case the interrupt cant be generated in my code, i have to go trigger the interrupt myself in peripherals on keil v4. My code is below, just need a verdict if my code is going to work or not.
Rich (BB code):
#include <c8051F320.h>
void init_clock(void);
void init_UART(void);
void init_tempSensor(void);
void init_ADC(void);
void ADC_Interupt(void);
sbit en_ADC = ADC0CN^7;
unsigned int temp;
void main (void)
{
init_clock();
init_UART();
init_tempSensor();
init_ADC();
EA = 1;
en_ADC = 1; //enable ADC0
while(1);
}
void init_clock(void)
{
CLKSEL = 0; //Selects internal clock
OSCICL = 0; //clear the internal clock calibration
OSCICN = 0x83; //System Clock is devided by 1. SYSCLOCK = 12MHZ
}
//Baudrate is 9615
void init_UART(void)
{
CKCON = 0x01; //Configure prescaled bits to devide the system clock by 4.
SCON0 = 0x50; //RI0 will only be activated if stop bit is logic level 1.
TMOD = 0x20; //Timer 1 configured in 8-Bit auto reload
TH1 = 100; //TH1 reload value
TR1 = 1; //Timer 1 start
TI0 = 1; //Transmit Interupt of UART is enabled
}
void init_tempSensor(void)
{
REF0CN = 0x07; //Enable temp sensor, analogue bias generator, internal voltage reference is used.
}
void init_ADC(void)
{
ADC0CF = 0x1C; //Configure SAR Conversion clock and left justify configuration for ADC0
ADC0CN = 0x10; //ADC0 in Lower Power Mode,Normal Track Mode,ADCBUSY bit is set.
AMX0P = 0x1E; //ADC0 Positive Input is In Chip Temp Sensor
AMX0N = 0x1F; //ADC0 Negative Input is ground, also know as being configured in Single Ended Mode
EIE1 = 0x08; //Enable ADC interrupt when a conversion is complete
}
void ADC_Interupt(void) interrupt 10
{
AD0INT = 0;
temp = ADC0L + (ADC0H <<8);
}
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