KEPCO BOP VISA Driver (Universal, GPIB) - Manual (Page 15)

BOP-VISA 010906
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2.2 PROGRAM PRACTICES
In addition to providing prototype functions listed in Table 3, the BOP_MDAC.H file, also provides enumer-
ations for various Kepco-specific variables. The PS_TYPE enumeration defines the various Kepco BOP
models supported by the driver and the associated INVALID TYPE. The CAL:MODE and CAL:STATe enu-
merations provide details for the calibration of various BOP/BIT combinations.
3. EXAMPLES
The following examples show the functions needed to set voltage to 15V, current to 2 amp and output ON.
Example 1:
#INCLUDE “BOP_MDAC.N” /*add definition for driver prototype*/
ViByte ps_type;
ViSession BOP_Session;
Kpbop_init ("GPIB0::6", 1, &ps_type, &BOP_Session); //init ps
Kpbop_Set_Volt_Curr (BOP_Session, 15, 2);
//voltage and current
Kpbop_OutputOnOff ( BOP_Session, KEPCO_ON); //output on
Example 2:
#INCLUDE “BOP_MDAC.N” /*add definition for driver prototype*/
ViByte ps_type;
ViSession BOP_Session;
Kpbop_init ("GPIB0::6", 1, &ps_type, &BOP_Session); //init ps
Kpbop_SetValue (BOP_Session, KEPCO_VOLT, 15);
//voltage
Kpbop_SetValue (BOP_Session, KEPCO_CURRENT, 2);//current
Kpbop_OutputOnOff ( BOP_Session, KEPCO_ON);
//output on
Delay (1);
Kpbop-SetValue BOP_SESSION, KEPCO_VOLT, 25);
//voltage now 25 volts
Delay (1);
Kpbop-SetValue BOP_SESSION, KEPCO_VOLT, 10);
//voltage now 10 volts