Vision™ MX280001A Spectrum Monitoring Application Software : High-Speed Port Scanner (Option 407) : Introduction : High Speed Port Scanner Toolbar
 
High Speed Port Scanner Toolbar
The High Speed Port Scanner Toolbar list of buttons and their description are described in Table: High Speed Port Scanner Buttons.
High Speed Port Scanner Buttons
Icon
Description
Open Saved Configuration File
Displays the Open window to load a previously saved configuration file.
Save Configuration File
Opens the Save window to save a configuration file. File type extension is CPC.
Run/Stop
Activates channel monitoring. Button symbol changes to a square. Click to stop channel monitoring.
Add Channel
Opens the Add Channels dialog. See Add Channels Dialog.
Remove Channel
Removes a channel on the Table List.
Options and Settings
Opens the Options and Settings dialog. See Options and Settings.
Table List View
Displays the High Speed Port Scanner User Interface as shown in Figure: High Speed Scanner User Interface. The column listings in the heading row is user selectable through the Options and Settings dialog. See Display Table List Columns.
Trace View
Displays all the active channels on the screen. Each channel is displayed in a x-y graticule of frequency vs. power.
RSSI (P vs T) View
Display the RSSI (Received Signal Strength Indication) in power vs. time graphs. PvT graphs plot the Channel Power from each trace sweep. 
Expand View
Opens the window with the enlarged or expanded view of up to three user selected traces.
Print
Sends output to the printer of the Table List, Trace, and RSSI view.
Audible Alarm
Toggles audible alarm. A two-state button that toggles the Audible Alarm state - When depressed, the limit line violations produce an audible alarm. If it is out (off) then the program is quiet.
About
Lists the Help link to open the Help file and displays the current software revision.
Sweep Interval
Sets how often each channel in the channel table will be swept. If the sweep interval is too short to complete all channels, then each sweep will follow immediately after the previous.
While multiple probes will be swept simultaneously, each channel on a probe will be swept sequentially. If the channels on one probe take longer than the sweep interval to accomplish, then that probe will accumulate fewer total sweeps per channel than other probes.