RadiMation Application Note 101: Difference between revisions
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== How to perform a basic Radiated Emission test? == | == How to perform a basic Radiated Emission test? == | ||
We will describe briefly how to start a basic Radiated Emission test. | We will describe briefly how to start a basic Radiated Emission test. | ||
== How to use the Continuous Measure method? == | == How to use the Continuous Measure method? == | ||
Revision as of 13:46, 28 July 2014
Optimize Height and Optimize Angle[edit]
This Application Note will explain how the Optimize Height and Optimize Angle settings can be configured in RadiMation. It is used when performing the Radiated Emission measurements.
Table of Contents[edit]
- Introduction
- How to perform a basic Radiated Emission test?
- How to use the Continuous Measure method?
- How to use Optimize Angle?
Introduction[edit]
In this application note detailed explanation of the specific functionality ‘Optimize Angle’ and ‘Optimize Height’ is described. The main purpose it to convey how it can be used during a test or to further optimize the performance of a test. The objective is to present the measurement tips and procedures to be used in practice. When applying this application note in practice we advise to use at least RadiMation 2013.x or 2014.x versions. A valid Software Protection Key with the Radiated Emission module installed is required to perform the tests. Expected end-user skill level is rated beginner or novice.
How to perform a basic Radiated Emission test?[edit]
We will describe briefly how to start a basic Radiated Emission test.
How to use the Continuous Measure method?[edit]
- Write
- Max-hold
How to use Optimize Angle?[edit]
- Configuration in TSF and after pre-measurement
- Interpret of the Angle polar plot graph