RadiMation Application Note 102: Difference between revisions
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= Performing an ETSI EN300328 MIMO measurement = | = Performing an ETSI EN300328 MIMO measurement = | ||
This application note explains how a MIMO measurement can be performed with {{ | This application note explains how a MIMO measurement can be performed with {{RadiMationFree}} as it is described in the [[ETSI EN300328]]. | ||
Create a new EUT-file by selecting | Create a new EUT-file by selecting: | ||
{{Menu|File|New|EUT}} from the menu bar. Choose a filename and select {{ScreenElement|OK}}. A new EUT-window will now be opened. | |||
From the menu bar select | From the menu bar select: | ||
{{Menu|Tests|Radiated Emission|Burst}} | |||
Press {{ScreenElement|New}} to create a new TSF-file (Test Setup). | |||
Press | |||
A new window will now be opened in which the test can be configured. | A new window will now be opened in which the test can be configured. | ||
Revision as of 13:31, 2 December 2014
Performing an ETSI EN300328 MIMO measurement
This application note explains how a MIMO measurement can be performed with RadiMation® Free as it is described in the ETSI EN300328.
Create a new EUT-file by selecting:
-
File
- New
- EUT from the menu bar. Choose a filename and select OK. A new EUT-window will now be opened.
-
-
-
From the menu bar select:
- Tests
- Radiated Emission
- Burst
-
-
-
Press New to create a new TSF-file (Test Setup). A new window will now be opened in which the test can be configured.
- Press the '+ Add' button to add all the power meters to your test.
- Enter the correct parameters on the right hand side (frequency, trigger level, etc)
Press “Start Test” to start the conducted power measurement test with multiple power meters. Enter a filename to save the test.
After a measurement has been performed, all parameter such as Max e.i.r.p, medium utilisation, Duty cycle, Min Gap time and Max. Sequence time are calculated by RadiMation®.