Technical data

Chapter 6 83
Front Panel Sequence Setup
Front Panel List Sequencer Setup
Front Panel Sequence Setup
Step 14. In the Acq Setup menu, set the Input Trigger Delay, in ms or other time units; the delay
value specifies a time difference between the acquisition trigger (as configured in the two
previous steps) and the actual start of the acquisition.
Step 15. In the
Acq Setup menu, use the Output Trigger softkey to select None or Internal.
Step 16. In the
Acq Setup menu, use the Multiport Adptr Input, Input Port softkey to select None or
RFIO 0 - RFIO 7.
Step 17. In the
Acq Setup menu, use the Acquisition Integration softkey to select Normal, Primary,
Lower, Upper,
or Range Ext.
Analysis Interval setup
To set up an analysis interval proceed as follows:
Step 1. Press
Meas Setup, Acquisition Setup, Analysis Step Setup.
Step 2. Use the
Number of Analysis Steps softkey to set the total number of analysis steps in the
acquisition. Alternatively, add or remove acquisitions using the
Insert Before Analysis Step
and
Delete Analysis Step softkeys.
Step 3. To make choices for a particular analysis step, you must make sure it is selected as the
“current” analysis step. See the
Current Analysis Step softkey; if it shows “1”, then any
settings you make, in the steps described below, will apply only to the first analysis step. To
set up a different analysis step, enter a different number.
Step 4. In the
Analysis Step Setup menu, use the Analysis Offset softkey to specify the delay
between the start of the acquisition and the start of the current analysis interval.
Step 5. In the
Analysis Step Setup menu, use the Analysis Interval softkey to specify the duration
of the current analysis interval.
Step 6. In the
Analysis Step Setup menu, select Measurement Bit Map and set the desired
measurements from the menu of choices to “On”. The choices are:
•
Basic Transmit Power
•Basic Freq and Phase Error
•Basic PAvT
•Basic IQ Data
•Power vs Time
•Output RF Spectrum
•GMSK Phase & Frequency
•EDGE EVM
•Adjacent Chan Power
•Spectrum Emission Mask
•Occupied BW
•Mod Accuracy
•QPSK EVM
•Code Domain