4.
To
deftne
the
THRWLINE
standard, press:
5.
lb
de6ne the LINE/MATCH standard, press:
_
/,.,.,,.
. . . .
I.
I
~
“”
:F.
. . . . .
..
;~~;~~~~~~~~~
@
Lxl)
,........
..,......
;;.:i.>..:::;.
.::
i./............i
. . . .
..L
i:..
~~;..
‘_’
~~~~~~
~~~~~~~~~.~.~
:~~~~~.~,;~~~~~~
I.osJ
@-J
,/...........
/..
,..,..... ,..,.
. . . .
/,.;,.,~~~~~~.,.~.,i~~................
,.....
;...;;;;;;;...;...
.T...
.L.
.:
.:::::::. .i
.i.
;;...i
.
..T
i
. . . . . . . . . . .
.v..:::..::
,~~~~~~~~~~~,;
./..;..;..
T
;,,..
.A..
. . .../..
. . . . . . .
..:
1
6.
.::.
For the purposes of this example, change the name of the standard by pressing
.X&##%+$~.
::
.i/:.i
;./;a
. . . . ........
.
.._...........
u..
and modifying the name to “LINE.”
7.
When the title area shows the new label, press:
Assign the Standards to the Various TRL Classes
8.
‘lb
assign the calibration standards to the various TRL calibration classes, press:
”
,.:......
.,.A
,,:,,:
_
/
.I/
:I
,“‘~.:..~:~:~:.:.:~:~:.:..~:~:
,,:;:,:
:.:”
y
”
...,.
..:.
...
:..
~,,,~~,~,,,,.~
‘,:.:.:::,:::.:::::.:::.:.::
:.:::.
. .
::
i...................
. .
..i.
/........
. . .
. . . . . . . . . .
. .
_
. . . .
~~~~~~~~~~~~~:,,
J#&:
~iqfg;,
~~~~~
. . . . . .
..............I
.:c.i
..~............~......
,........
?.T:!::.:.:.:./
.;:::;;;
i..i;.>;;;>>>>>
;;.;:;.:>:::>..
.,......................
:>.s.>..:::..
:::::::..
9. Since you previously designated standard
#l
for the REFLECT standard, press:
10. Since you previously designated standard
#6
for the LINE/MATCH standard, press:
......
. .
$...
:.)
.fidm,:.ac
.
...,;,;,:,,
:$;:,:$*:I
<:w;
~~~~.~~~~~~~~~~~~~
@
(xl)
11. Since you previously designated standard
#4
for the
THRUILINE
standard, press:
‘4
.:..~...:::.:.:.~.:
..c.
.i
. . . . . . . . . . . . . . . . . . . . . . . . . . .
i
~~~O(xl
12.
To
complete the specification of class assignments, press:
. . . . . . . . . . . . . .
.._._.
..,
:, . . . . .
.,,,,
.,..,
*
/,,,
,,~~~~~~~~~~,,
5.30
Optimizing Measurement Results
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