SX-01635-000, Rev. 5
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strcat(tempstr,"X");
SendIFC(gpib_card);
Send(gpib_card,sc_5500_address,tempstr,strlen(tempstr),0);
}
void go_to_cal(int cal)
{
//cal 0 is detector voltage, cal 1 is detector current, all other cals are setable only at the factory
//the maximum number of calibrations is 99
char tempstr[10],junk[10];
memset(tempstr,'\0',10);
memset(junk,'\0',10);
strcpy(tempstr,"C");
strcat(tempstr,itoa(cal,junk,10));
strcat(tempstr,"X");
SendIFC(gpib_card);
Send(gpib_card,sc_5500_address,tempstr,strlen(tempstr),0);
}
void SelectDetector_1()
{
SendIFC(gpib_card);
Send(gpib_card,sc_5500_address,"P1J1K2K3K4K5K6K7K8X",19,0);
}
void SelectDetector_2()
{
SendIFC(gpib_card);
Send(gpib_card,sc_5500_address,"P1J1K2J3K4K5K6K7K8X",19,0);
}
float get_sc_reading(void)
{
void *buffer;
float reading;
char tempstr[25];
memset(tempstr,'\0',25);
buffer=&tempstr;
SendIFC(gpib_card);
//the Receive command will read up to 25 characteres until 0x0a (decimal 10) is
//recieved. The SC-5500 sends back an 0x0d 0x0a after each reading.
//Reading the data in this manner allows this function to work in both 3 1/2 and 4 1/2 digit mode
Receive(gpib_card,sc_5500_address,buffer,25,10);
reading=atof(tempstr);
return reading;
}
void set_all_low(void)
{
SendIFC(gpib_card);
Send(gpib_card,sc_5500_address,"P1K1K2K3K4K5K6K7K8X",19,0);
Send(gpib_card,sc_5500_address,"P2K1K2K3K4K5K6K7K8X",19,0);
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