Agilent Technologies B2902 Service Manual download pdf (Page 135)

Agilent B2900 SCPI Command Reference, Edition 2 4- 13

Subsystem Commands

:CALCulate:LIMit:<LOWer|UPPer>:DIGital[:DATA]

limit returns the present setting of the lower/upper limit used for the limit test

specified by m. If a parameter is specified, limit returns the value assigned to DEF,

MIN, or MAX. Response data type is NR3.

Example :CALC:LIM:LOW -2.5

:CALC2:LIM12:UPP?

:CALCulate:LIMit:<LOWer|UPPer>:DIGital[:DATA]

Defines the bit pattern used to indicate failed-by-exceeding-lower-limit or

failed-by-exceeding-upper-limit of the limit test specified by m. It must be entered in

the format set by the

:FORMat:DIGital command. The bit pattern defined by this

command is used for the GRAD composite limit test.

Syntax :CALCulate[c]:LIMit[m]:<LOWer|UPPer>:DIGital[:DATA] bit_pattern

:CALCulate[c]:LIMit[m]:<LOWer|UPPer>:DIGital[:DATA]?

For <LOWer|UPPer>, specify LOWer for failed-by-exceeding-lower-limit, or UPPer

for failed-by-exceeding-upper-limit.

Parameter bit_pattern 0 (default setting in decimal expression) to 16383. Parameter

data type is NR1 or NDN.

Query response bit_pattern <newline>

bit_pattern returns the fail bit pattern in the format specified by the

:FORMat:DIGital command. Response data type is NR1 or NDN.

Example :CALC:LIM:LOW:DIG:DATA 64

:CALC2:LIM12:UPP:DIG?

:CALCulate:LIMit:PASS:DIGital[:DATA]

Defines the bit pattern used to indicate a pass of the limit test specified by m. It must

be entered in the format set by the

:FORMat:DIGital command. The bit pattern

defined by this command is used for the SORT composite limit test.

Syntax :CALCulate[c]:LIMit[m]:PASS:DIGital[:DATA] bit_pattern

:CALCulate[c]:LIMit[m]:PASS:DIGital[:DATA]?

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Agilent Technologies B2902 Service Manual Page 135