Agilent Technologies 35670A Manual page 202

CALCulate
CALCulate[1|2|3|4]:MATH:CONStant[1|2|3|4|5]
Defines the value of one of the constant registers.
Command Syntax:
<real_part> ::= <number>|<bound>
<number> ::= a real number (NRf data)
<bound> ::= MAX|MIN
<imaginary_part> ::= <number>|<bound>
<number> ::= a real number (NRf data)
<bound> ::= MAX|MIN
Example Statements:
Query Syntax:
Return Format:
Attribute Summary:
Description:
The analyzer assumes the first parameter is the real part of the constant. If the second parameter is used,
an imaginary part is specified.
To use a constant in a math function, you must first load it into one of the analyzer's five constant
registers, 1 through 5. You can include the constant register's name (K1|K2|K3|K4|K5) at the appropriate
place in your function. Functions are defined with the CALC:MATH:EXPR command.
To display a math constant as a trace, create a math function with the CALC:MATH:EXPR command.
For example, CALC:MATH:EXPR1 K1 loads the value of the math constant register, K1, into the math
function register, F1. Then use this command (CALC1:MATH:SEL F1) to display the math constant
(K1) in trace box A.
Note
This command ignores the trace specifier, CALC[1|2|3|4].
6-94
CALculate:MATH:CONStant[1|2|3|4|5] <real_part>
[,<imaginary_part>]
limits: -9.9e37:9.9e37
limits: -9.9e37:9.9e37
OUTPUT 711;"CALCULATE2:MATH:CONS5 0.1151"
OUTPUT 711;"calc:math:cons -1,1"
CALCulate[1|2|3|4]:MATH:CONStant[1|2|3|4|5]?
Real, Real
Option: not applicable
Synchronization Required:
Preset State: not affected by Preset
SCPI Compliance:
no
instrument-specific
command/query