The main reason why the vector-based software is superior to the one based on the direct-current (DC) component of the signal is that the DC-based software actually performs the analysis on a per-pulse basis (i.e. one pulse per time frame) but VSA software does the analysis for all pulses in the trace.
This means that VSA software can detect and/or demodulate in-service signals in the presence of multiple-pulse interference from another station.
This is a significant new capability that is not available from any other signal analyzer.
The Fast Q-Switch (FQS) capability in Vector Signal Analyzer 89600 uses the same electronics as the Q-Switch in Vector Signal Analyzer 89600, the Fast Start Stop (FSS) capability in Vector Signal Analyzer 89600, and the PowerSaveMode in Vector Signal Analyzer 89600.
With VSA Software the FilterClips list can contain either a single filter clip or several filter clips.
The choice of the type of filter clip to be used is left to the user.
When using a combination of the three vector signal analyses, the FastQS, FSS, and PowerSaveMode capabilities, each filter clip has a unique range of signal and interference.
If one filter clip is used with the three capabilities, the filter clip can have a range of signal and interference.
If several filter clips are used with the three capabilities, the filter clips can be set to have a range of signal and interference from different directions (i.e. different parts of the antenna).
The VSA 89600 has the capability to store more than 10,000 signal traces in memory, which is suitable for large antenna installations, for example in an MVFS (multiple vector frequency synthesizer).
The Vector Signal Analyzer 89600 can store more than 10,000 signal traces in memory, which is suitable for large antenna installations, for example in an MVFS (multiple vector frequency synthesizer).
Multiple Traces (MV)
Many features in Vector Signal Analyzer 89600 are shared with Vector Signal Analyzer 89600 Pro.
The following features are shared:
Full Auto and all manual tuning capabilities
Automatically stored power data
Automatically stored Rx and Tx S-parameters
Gain and group delay tables
Stored CW code tables
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