Radiated Emission Burst TSF: Difference between revisions
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[[File:RadiatedEmissionBurstTSF.png]] | [[File:RadiatedEmissionBurstTSF.png]] | ||
The following settings are available and can be configured: | |||
{{ScreenElementDescriptionStart}} | |||
{{ScreenElementDescription|Powermeters|Shows the list of currently selected powermeters that will be used during the measurement}} | |||
{{ScreenElementDescription|Add|Allows to add one or more power meters to your test.}} | |||
{{ScreenElementDescription|Edit|Shows the device driver configuration of the selected powermeter}} | |||
{{ScreenElementDescription|Remove|Removes the selected powermeter from the list of powermeters that will be used}} | |||
{{ScreenElementDescription|Carrier Frequency|The primary frequency that will be measured by the powermeters. This frequency is used to correct the measurement result of the powermeters.}} | |||
{{ScreenElementDescription|Trigger level|Specifies the power level for the trigger level of the powermeters. The powermeters will assume that a measurement sample is part of a burst if the measurement sample is above the specified {{ScreenElement|Trigger level}}}} | |||
{{ScreenElementDescription|Measurement time|The total time for the measurement}} | |||
{{ScreenElementDescription|Sample Rate|The sample rate that should be used by the powermeters}} | |||
{{ScreenElementDescription|Gap Time|The {{ScreenElement|Gap Time}} specifies the minimum time that the measurement samples should be below the {{ScreenElement|Trigger level}} to designate that period of time as a gap in the transmission}} | |||
{{ScreenElementDescription|Threshold Level|The {{ScreenElement|Threshold Level}} defines a dB difference to the maximum measured burst value, which is used to determine if a measured burst value is designated as a transmission. Any burst that has a maximum value that is more than {{ScreenElement|Threshold Level}} below the maximum burst value during the complete {{ScreenElement|Measure time}} will not be designated as a transmission.}} | |||
{{ScreenElementDescription|Assembly Gain|The gain of the antenna that is normally connected to an output of the EUT. This {{ScreenElement|Assembly Gain}} is used to calculate the total e.i.r.p. power.}} | |||
{{ScreenElementDescription|Beamforming Gain|The gain of the additional benefit of the combining of the multiple antenna's of the EUT. This {{ScreenElement|Beamforming Factor}} is used to calculate the total e.i.r.p. power.}} | |||
{{ScreenElementDescriptionEnd}} | |||
Latest revision as of 16:37, 2 December 2014
The following settings are available and can be configured:
 Powermeters
|
Shows the list of currently selected powermeters that will be used during the measurement |
| Add
|
Allows to add one or more power meters to your test. |
| Edit
|
Shows the device driver configuration of the selected powermeter |
| Remove
|
Removes the selected powermeter from the list of powermeters that will be used |
| Carrier Frequency
|
The primary frequency that will be measured by the powermeters. This frequency is used to correct the measurement result of the powermeters. |
| Trigger level
|
Specifies the power level for the trigger level of the powermeters. The powermeters will assume that a measurement sample is part of a burst if the measurement sample is above the specified Trigger level |
| Measurement time
|
The total time for the measurement |
| Sample Rate
|
The sample rate that should be used by the powermeters |
| Gap Time
|
The Gap Time specifies the minimum time that the measurement samples should be below the Trigger level to designate that period of time as a gap in the transmission |
| Threshold Level
|
The Threshold Level defines a dB difference to the maximum measured burst value, which is used to determine if a measured burst value is designated as a transmission. Any burst that has a maximum value that is more than Threshold Level below the maximum burst value during the complete Measure time will not be designated as a transmission. |
| Assembly Gain
|
The gain of the antenna that is normally connected to an output of the EUT. This Assembly Gain is used to calculate the total e.i.r.p. power. |
| Beamforming Gain
|
The gain of the additional benefit of the combining of the multiple antenna's of the EUT. This Beamforming Factor is used to calculate the total e.i.r.p. power. |