VAR_LIST_BEGIN
VAR_LIST_END
VAR_LIST_BEGIN indicates that a of the values for the independent
variable (declared in the VAR statement) follow. Only the MAG format
is supported in revision
VAR_LIST_END
the end of a of values for the independent
variable.
DATA
CONSTANT
DATA S RI
the name of an array of data that
be read
later in the current
package, and the format that the data
be in. Multiple arrays of data are supported by using standard array
indexing. Versions
and
of
support the
RI
and imaginary) format, and a maximum of two array indexes.
Commonly used array names include the following:
for parameter”
Example:
“E” for “Error term”
Example: E[
“USER” for “User parameter”
Example:
Example:
1]
“VOIXAGE_RATIO” for a ratio of two Example:
voltages (AR).
CONSTANT [name] [value] allows for the recording of values which
don’t change when the independent variable changes.
are part of the main
Users must not
their own
Use the #KEYWORD device
to create your own KEYWORD instead. The #NA device specification is
an example of this
No constants were defined for revision
of
revision
the following constant:
CONSTANT TIME [year] [month] [day] [hour] [min]
Example:
CONSTANT
1991 02 26 17 33 53.25
n
The COMMENT statement is not absolutely required, but is highly
recommended to aid readability.
n
The year should always be the
four digits 1991” is correct, but
“91” is not). This is to avoid problems with the year 2000, when the
shortened version of the year
be “00.”
n
The hour
should be in
time.
When writing a
and the fractional seconds value is zero, then
the “seconds”
may be printed either with or without a decimal
point: either “47.0” or “47”
be acceptable. When reading
a
the seconds
should always be read as if it were a
floating point number.
The
Data Format and byword Reference
Summary of Contents for 8719D
Page 153: ...M a k i n g M i x e r M e a s u r e m e n t s O p t i o n 089 Only1 3 19 ...
Page 189: ... 4 18 Printing Plotting and Saving Measurement Results ...
Page 338: ... Figure 6 41 Open Circuit Rmnination 6 64 Application and Operation Concepts ...
Page 467: ......
Page 468: ...8 2 Menu M a p s ...
Page 469: ......
Page 470: ...84 Menu Maps ...
Page 473: ...Menu Maps 8 7 ...
Page 475: ...Menu Maps a 9 ...
Page 476: ...I 9 10 MenuYaps ...
Page 477: ...Menu Maps 9 11 ...
Page 478: ...MlFl EF FEFEFEII TE 9 l 2 Menu Maps ...
Page 479: ......
Page 480: ...8 14 Menu Maps ...
Page 481: ...r c 1 pb6le Menu Maps 8 l 6 ...
Page 537: ...6 66 Key Definitions ...
Page 556: ... Ihble 9 2 Softkey Locations continued Softkey Front Panel Access Key Key Definitions 9 75 ...
Page 557: ...9 76 Key Definitions ...
Page 558: ...lhble 9 2 Softkey Locations continued Softkey Front Panel Access Key Key Definitions D 77 ...
Page 559: ...Ihble 9 2 Softkey Locations continued Softkey Key Definitions ...
Page 560: ... Jhble 9 2 Softkey Locations continued Key Definitions a 78 ...
Page 561: ...able 9 2 Softkey Locations continued 8 80 Key Definitions ...
Page 563: ... ble 9 2 Softkey Locations continued 842 Definitions ...
Page 565: ...able 9 2 Softkey Locations continued Softkey Front Panel Access Key 8 64 Key Definitions ...
Page 566: ... Ihble 9 2 Softkey Locations continued Key Definitions 8 85 ...
Page 567: ...Kay Definitions ...
Page 568: ... lbble 9 2 Softkey Locations continued Key Definitions 8 87 ...
Page 569: ...lhble 9 2 Softkey Locations continued Softkey Front Panel Access Key 8 88 KeyDefinitions ...
Page 570: ... able 9 2 Softkey Locations continued Softkey Front Panel Access Key Key Definitions 8 88 ...
Page 571: ...840 Key Definitions Ihble 9 2 Softkey Locations continued Softkey Front Panel Access Key ...
Page 572: ...able 9 2 Softkey Locations continued Softkey Front Panel Key Definitions 8 81 ...
Page 573: ... Ihble 9 2 Softkey Locations continued Softkey Front Panel Access Key 842 Key Definitions ...