memset(&ltr11, 0, sizeof(ltr11));
int res = LTR11_Init(&ltr11);
if(res != LTR_OK)
    return;
res = LTR11_Open(&ltr11, SADDR_DEFAULT, SPORT_DEFAULT, crate.toStdString().c_str(), c+1);
if(res != LTR_OK)
    return;
res = LTR11_GetConfig(&ltr11);
if(res != LTR_OK){
    LTR11_Close(&ltr11);
    return;
}
ltr11.StartADCMode = LTR11_STARTADCMODE_INT;
ltr11.InpMode      = LTR11_INPMODE_INT;
ltr11.LChQnt = 32;
for (int k=0; k<32; k++ )
    ltr11.LChTbl[k] = ( k | 0x20 ); //0x20 32-channels mode

ltr11.ADCMode = LTR11_ADCMODE_TEST_U2N;
ltr11.ADCRate.prescaler = 1;
ltr11.ADCRate.divider   = 149;
res = LTR11_SetADC(&ltr11);
if(res != LTR_OK){
        LTR11_Close(&ltr11);
        return;
    }

QVector <double> data11;
data11.resize(32);
DWORD buf[32];
res = LTR11_GetFrame(&ltr11, buf);
if(res != 32){
    LTR11_Close(&ltr11);
    return;
}
int size = 32;
double bbuf[32];
res = LTR11_ProcessData(&ltr11, buf, bbuf, &size , 0, 1);
if(res != LTR_OK) {
    LTR11_Close(&ltr11);
    return;
}
for(int j=0;j<32;j++)
    data11[j] = bbuf[j];

res = LTR11_Close(&ltr11);
if(res != LTR_OK)
    return;