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4.
Activate equalization of transmission coefficiants (see section
)
5.
Create a
Sample
and set the measurement mode to full 2-port
6.
Measure the fixture
7.
Adjust the frequency axis in the
Result Visualization Window
by using
the menu item
Extras
→
Set optimized Frequency for De-Embedding
,
accept the suggested frequency setting.
8.
Export the data to a Touchstone
s2p
file by using the
tool in the
Result Visualization Window
.
8.4 Additional Remarks on De-Embedding
•
De-embedding is an advanced functionality and requires some experi-
ence. It is recommended to critically evaluate the results and improve
the de-embedding parameters if necessary.
•
De-embedding can be applied in time-domain measurement modes.
In this case the reflection of the DUT is shifted to the left on the time-
axis. The fixture removed by the de-embedding algorithm seems to
“disappear”.
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