Operator`s manual

115 Signametrics
Remarks To use this function, the DMM must be in the Inductance measurement mode, and a valid
inductance value must have been read prior to using this function. Resulting series
resistance (Rs) is stored as double-precision floating-point number in the location pointed
to by lpdResult. See also DMMReadInductorQ.
Parameter
Type/Description
nDmm
int Identifies the DMM. DMMs are numbered starting with zero.
lpdResult
double * Points to the location to hold the inductor’s Rs.
Return Value The return value is one of the following constants.
Value
Meaning
DMM_OKAY
Operation successfully completed.
Negative Value
Error code
Example double Rs;
int status = DMMReadInductorR(0, &Rs);
DMMReadLoSense
SMU2060  SMU2064 
Description Measure the DC voltage present at the I+ termial.
#include "SMU2060.h"
int DMMReadLoSense(int nDmm, double *lpdRead)
Remarks This function returns a double floating-point reading indicating the voltage present
between the V- and the I- terminals. It is valid while the DMM is in 2-Wire Ohms, VDC
or IDC source mode. The returned value is in base units. That is in the range of range of
±2.4V. Values above this are an indication of over range condition. See also
DMMReadHiSense.
Parameter
Type/Description
nDmm
int Identifies the DMM. DMMs are numbered starting with zero.
lpdRead
double * Pointer to a location where the reading is saved.
Return Value Integer value version code or an error code.
Value
Meaning
POS_FS or NEG_FS
Positive or Negative Full Scale, or overrange
Negative Value
Error code
DMM_OKAY
Valid return.
Example double reading; int status = DMMReadLoSense(0, &reading);