XFRequency:POWer:LINear [1|2|3|4] selects linear spectrum
XFRequency:POWer:RATio [2,1|3,1|4,1|4,3] selects frequency response
XFRequency:POWer:VARiance [1|2|3|4] selects normalized variance
XORDer:TRACk [1|2|3|4][,1|2|3|4|5] selects order track
XRPM:PROFile selects RPM profile
XTIMe:CORRelation [1|2|3|4] selects auto correlation
XTIMe:CORRelation:CROSs [1,2|1,3|1,4|3,4] selects cross correlation
XTIMe:VOLTage:CDF [1|2|3|4] selects cumulative density function
XTIMe:VOLTage:HISTogram [1|2|3|4] selects histogram
XTIMe:VOLTage:PDF [1|2|3|4] selects probability density function
XTIMe:VOLTage:WINDow [1|2|3|4] selects windowed time
XVOLtage:VOLTage [1,2|1,3|1,4|3,4] selects orbit
<DEF_BLOCK>
This item designates definite-length-block data which takes the following form if the data is binary encoded
(FORMat:DATA REAL command):
<DEF_BLOCK> ::= #<byte><length_bytes><data_byte>[<data_byte>]...
<byte> ::= number of length bytes to follow (ASCII encoded)
<length_bytes> ::= number of data bytes to follow (ASCII encoded)
<data_byte> ::= unsigned 8-bit data
If the data is ASCII encoded (FORMat:DATA ASCii command):
<DEF_BLOCK> ::= integer[,integer]...<NL>
or
<DEF_BLOCK> ::= floating-point-numeric[,floating-point-numeric]...<NL>
See “GPIB Message Syntax” in the
GPIB Programmer’s Guide
for more
information about block data.
<EXPR>
This item designates an expression for a math function.
<EXPR> ::= ([<expr_element>]...)
<expr_element> ::= See the operations and operands listed below:
Operations:
AWEIGHT Apply A-weight filter
BWEIGHT Apply B-weight filter
CWEIGHT Apply C-weight filter
CONJ Complex Conjugate
DIFF Differentiate
Command Syntax in the Agilent 35670A
2-8
To Next Page
Loading...
