Outputting Bin Sort Results

When the bin sort feature is on (i.e., after you have issued the :CALC:COMP command by specifying “ON”), the instrument outputs the result of bin sorting through the handler interface. The table below shows how bin sort results are mapped to the sort result signals /BIN1 through /BIN13 and /OUT_OF_GOOD_BINS) of the handler interface. The table assumes that you have issued the :CALC:COMP:OGB command by specifying 10 so that bins 1 through 10 serve as good bins while bins 11 through 13 serve as bad bins.

Mapping between Bin Sort Results and Handler Interface Output Signals

Measurement status

Bin sort results

Handler interface signal(s) that is (are) activated

GPIB Output

Measurement status

Measured value

Bin sort result

Normal

Indicates a DUT that was not sorted into any of bins 1 through 13

/OUT_OF_GOOD_BINS

0

Measured value

0

Good bin*1

BIN1

/BIN1

1

BIN2

/BIN2

2

BIN3

/BIN3

3

BIN4

/BIN4

4

BIN5

/BIN5

5

BIN6

/BIN6

6

BIN7

/BIN7

7

BIN8

/BIN8

8

BIN9

/BIN9

9

BIN10

/BIN10

10

Bad bin*1

BIN11

/BIN11

/OUT_OF_GOOD_BINS

11

BIN12

/BIN12

/OUT_OF_GOOD_BINS

12

BIN13

/BIN13

/OUT_OF_GOOD_BINS

13

Overload*2

Sort failure

/OVLD

1

9.9E37

14

Rdc out of range

/RDC_OUT_OF_RANGE

2

Measured value*3

Simultaneous detection of overload and Rdc out of range

/OVLD

/RDC_OUT_OF_RANGE

3

9.9E37

*1. This table assumes that you have issued the :CALC:COMP:OGB command by specifying 10 so that bins 1 through 10 serve as good bins while bins 11 through 13 serve as bad bins.

*2. When overload is detected at a measurement point that is not used for bin sorting, bin sorting is operated normally. Therefore the bin sort result is not 14 in this case.

*3. The instrument outputs a measured value normally. However, the output may be an invalid value that was measured while there was a bad contact.

Other topics about Connecting the Instrument to a Handler Interface