SpectraVue software

SpectraVue is the software for the SDR-14, IQ Receiver, and it can be also select the Sound card.
It can also be shown the signal strength in the time series. http://www.moetronix.com/spectravue.htm






FO-29 CW Field Strength

7:32-7:35 UTC, 3 January 2011, I tried to show the field strength of FO-29's CW to TCA from AOS.
I've been once to change the setting to 10 seconds from 30 seconds between the time series.






HO-68 Spin Interval

11:08-11:27 UTC, 15 January 2011, I tried to measure the spin rate of HO-68.
There are 3 mountains in each one frame of CW. When I measured by the calculator
each time interval of the mountain in the middle, 19.3, 16.6, and 20.4 seconds,
and it was 18.8 seconds on average.






SpectraVue settings #1

* InputDevice - SoundCard (Select)
* SoundCard IN Setup - Soundcard (Select)
                       Center Freq (Input)
                       Invert Spectrum (Check)
* GeneralSetup - Time Stamp Display (Input Sec)
* GeneralSetup - Assign Display Colors - TimeStamp Color
* Main Window Tabs - H Waterfall or Continuum etc - Start-F12

In the settings "SoundCard IN Setup", BW Limit(Hz) can be set to half the value of Sample Rate(SPS).
The number of Center Frequency and Span in the main screen, it can be changed by the mouse within
this range. (Decrease with the left-click, and Increase with the right-click).
FFT window is shown in the range from Center-Span/2 to Center+Span/2.

HO-68, 12:06-12:25UTC, 20 Aug 2013, Ele 41 S-W-WN, 435.790MHz

  


SpectraVue settings #2
STRaND-1 9600bps_wav spectrum (4 Sep 2013)

  

  


SpectraVue settings #3

In SpectraVue - General Setup,
* Input 0 in the box of "Waterfall Rate mSec Steps"
* Input 10 sec in the box of "Time Stamp Display"
* Select black after click "Assign Display Color"
* Put a check in "Transparent Text" just below.

Each of the small blue mountain in the following figure show
the moment when O/OREOS satellite are sending the packets.

  

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