void ADC_sub_test2(int adc_num){
float ADC_voltage[8] = { 0.00, 3.3, 0.103, 0.206, 0.413, 0.825, 1.65, 3.3 };
unsigned int uiMaxSites = 4;
unsigned int uiPinCnt = 10;
unsigned int uiCycleCnt = 1;
unsigned int uiArySize = uiMaxSites * uiPinCnt*uiCycleCnt;
ARRAY iAryPeL(“iAryPeL”, uiArySize);//int pel[10]
ARRAY iAryPeH(“iAryPeH”, uiArySize);//int peh[10],
ARRAY iAryResult(“iAryPeH”, 4);//int peh[10],
int p1[12], code[10];//int p1[12][4], code[10][4];
int pel[10], peh[10], pfail[10]; int ww, www; int i; int sum = 0;
char PatNameSt[32], PatNameSp[32], PatNameadc2[32];
for (int i = 0; i < 2; i++)
{
if (adc_num == 1) {
VihlSet(ALL_PINS, 3.3 V, 0.0 V); PinModeSet(x_gpio39, PinMode::Ppmu);
PpmuPower(x_gpio39, Ctrl::OFF);
PpmuSet(x_gpio39, PpmuPM::FVMV, PpmuVR::V6, PpmuIR::I30m, ADC_voltage[i], -30.0 mA, 30.0 mA);
PpmuPower(x_gpio39, Ctrl::ON);
Delay(3 mS); VohlSet(ALL_PINS, 1.5 V, 1.5 V);
ActiveLoadSet(ALL_PINS, 0 uA, 0 uA, 0 V);
}
if (adc_num == 2)
{
PinModeSet(x_gpio3a, PinMode::Ppmu);
PpmuPower(x_gpio3a, Ctrl::OFF);
PpmuSet(x_gpio3a, PpmuPM::FVMV, PpmuVR::V6, PpmuIR::I30m, ADC_voltage[i], -30.0 mA, 30.0 mA);
PpmuPower(x_gpio3a, Ctrl::ON);
Delay(3 mS); VohlSet(ALL_PINS, 1.5 V, 1.5 V);
ActiveLoadSet(ALL_PINS, 0 uA, 0 uA, 0 V);
}
if (adc_num == 3)
{
VihlSet(ALL_PINS, 3.3 V, 0.0 V);
PinModeSet(x_gpio3b, PinMode::Ppmu);
PpmuPower(x_gpio3b, Ctrl::OFF);
PpmuSet(x_gpio3b, PpmuPM::FVMV, PpmuVR::V6, PpmuIR::I30m, ADC_voltage[i], -30.0 mA, 30.0 mA);
PpmuPower(x_gpio3b, Ctrl::ON); Delay(3 mS);
VohlSet(ALL_PINS, 1.5 V, 1.5 V);
ActiveLoadSet(ALL_PINS, 0 uA, 0 uA, 0 V);
}
if (adc_num == 4)
{
VihlSet(ALL_PINS, 3.3 V, 0.0 V);
PinModeSet(x_gpio42, PinMode::Ppmu);
PpmuPower(x_gpio42, Ctrl::OFF);
PpmuSet(x_gpio42, PpmuPM::FVMV, PpmuVR::V6, PpmuIR::I30m, ADC_voltage[i], -30.0 mA, 30.0 mA);
PpmuPower(x_gpio42, Ctrl::ON);
Delay(3 mS); VohlSet(ALL_PINS, 1.5 V, 1.5 V);
ActiveLoadSet(ALL_PINS, 0 uA, 0 uA, 0 V);
}
if (adc_num == 5)
{
VihlSet(ALL_PINS, 3.3 V, 0.0 V);
PinModeSet(x_gpio43, PinMode::Ppmu);
PpmuPower(x_gpio43, Ctrl::OFF);
PpmuSet(x_gpio43, PpmuPM::FVMV, PpmuVR::V6, PpmuIR::I30m, ADC_voltage[i], -30.0 mA, 30.0 mA);
PpmuPower(x_gpio43, Ctrl::ON);
Delay(3 mS); VohlSet(ALL_PINS, 1.5 V, 1.5 V);
ActiveLoadSet(ALL_PINS, 0 uA, 0 uA, 0 V);
}
if (adc_num == 6)
{
VihlSet(ALL_PINS, 3.3 V, 0.0 V);
PinModeSet(x_gpio40, PinMode::Ppmu);
PpmuPower(x_gpio40, Ctrl::OFF);
PpmuSet(x_gpio40, PpmuPM::FVMV, PpmuVR::V6, PpmuIR::I30m, ADC_voltage[i], -30.0 mA, 30.0 mA);
PpmuPower(x_gpio40, Ctrl::ON); Delay(3 mS);
VohlSet(ALL_PINS, 1.5 V, 1.5 V);
ActiveLoadSet(ALL_PINS, 0 uA, 0 uA, 0 V);
}
if (adc_num == 7)
{
VihlSet(ALL_PINS, 3.3 V, 0.0 V);
PinModeSet(x_gpio41, PinMode::Ppmu);
PpmuPower(x_gpio41, Ctrl::OFF);
PpmuSet(x_gpio41, PpmuPM::FVMV, PpmuVR::V6, PpmuIR::I30m, ADC_voltage[i], -30.0 mA, 30.0 mA);
PpmuPower(x_gpio41, Ctrl::ON); Delay(3 mS);
VohlSet(ALL_PINS, 1.5 V, 1.5 V);
ActiveLoadSet(ALL_PINS, 0 uA, 0 uA, 0 V);
}
if (adc_num == 8)
{
VihlSet(ALL_PINS, 3.3 V, 0.0 V);
PinModeSet(x_gpio78, PinMode::Ppmu);
PpmuPower(x_gpio78, Ctrl::OFF);
PpmuSet(x_gpio78, PpmuPM::FVMV, PpmuVR::V6, PpmuIR::I30m, ADC_voltage[i], -30.0 mA, 30.0 mA);
PpmuPower(x_gpio78, Ctrl::ON); Delay(3 mS); VohlSet(ALL_PINS, 1.5 V, 1.5 V);
ActiveLoadSet(ALL_PINS, 0 uA, 0 uA, 0 V);
}
if (adc_num == 9)
{
VihlSet(ALL_PINS, 3.3 V, 0.0 V);
PinModeSet(x_gpio65, PinMode::Ppmu);
PpmuPower(x_gpio65, Ctrl::OFF);
PpmuSet(x_gpio65, PpmuPM::FVMV, PpmuVR::V6, PpmuIR::I30m, ADC_voltage[i], -30.0 mA, 30.0 mA);
PpmuPower(x_gpio65, Ctrl::ON); Delay(3 mS);
VohlSet(ALL_PINS, 1.5 V, 1.5 V);
ActiveLoadSet(ALL_PINS, 0 uA, 0 uA, 0 V);
}
sprintf(PatNameadc2, “stm_ate_adc%d_X”, adc_num);
FunctionStart(PatNameadc2, “st”, “sp”, 6450);
FunctionTest(); sprintf(PatNameadc2, “stm_ate_adc%d_H”, adc_num);
FunctionStart(PatNameadc2, “st”, “sp”, 6450);
FunctionWait();
Delay(5 mS);
ReadLog(x_gpio_20_to_272e2f, uiCycleCnt, iAryPeL, iAryPeH); //pel[10], peh[10], pfail[10];
SerialTest(); //for (int uiSite = 0; uiSite < 4; uiSite++)
int iDutNo = DutNoGet();
p1[i] = 0; for (ww = 0; ww <= 9; ww++)
{
p1[i] = p1[i] * 2 + iAryPeL[uiPinCnt*iDutNo + ww]; }
iAryResult[iDutNo] = p1[i];
SerialEnd();
if (i == 0) VarTest(iAryResult, 1, -15, 15, “ADC_00H”, “”, false);
if (i == 1) VarTest(iAryResult, 1, 993, 1023, “ADC_400H”, “”, false);
}
VihlSet(ALL_PINS, 3.3 V, 0.0 V);
VohlSet(ALL_PINS, 1.5 V, 1.5 V);
if (adc_num == 1)
{
PpmuPower(x_gpio39, Ctrl::OFF);
PinModeSet(x_gpio39, PinMode::DrvCmp);
}
if (adc_num == 2)
{
PpmuPower(x_gpio3a, Ctrl::OFF);
PinModeSet(x_gpio3a, PinMode::DrvCmp);
}
if (adc_num == 3)
{
PpmuPower(x_gpio3b, Ctrl::OFF);
PinModeSet(x_gpio3b, PinMode::DrvCmp);
}
if (adc_num == 4)
{
PpmuPower(x_gpio42, Ctrl::OFF);
PinModeSet(x_gpio42, PinMode::DrvCmp);
}
if (adc_num == 5)
{
PpmuPower(x_gpio43, Ctrl::OFF);
PinModeSet(x_gpio43, PinMode::DrvCmp);
}
if (adc_num == 6)
{
PpmuPower(x_gpio40, Ctrl::OFF);
PinModeSet(x_gpio40, PinMode::DrvCmp);
}
if (adc_num == 7)
{
PpmuPower(x_gpio41, Ctrl::OFF);
PinModeSet(x_gpio41, PinMode::DrvCmp);
}
if (adc_num == 8)
{
PpmuPower(x_gpio78, Ctrl::OFF);
PinModeSet(x_gpio78, PinMode::DrvCmp);
}
if (adc_num == 9)
{
PpmuPower(x_gpio65, Ctrl::OFF);
PinModeSet(x_gpio65, PinMode::DrvCmp);
}
} |