Calsat32 -> DDE -> Excel
Calsat32 -> DDE -> SDR#

Calsat32 -> DDE -> Excel


  


  


    =Calsat32|Export!txtSatellite
    =Calsat32|Export!txtMJd
    =Calsat32|Export!txtAzimuth
    =Calsat32|Export!txtElevation
    =Calsat32|Export!txtRange
    =Calsat32|Export!txtRangeRate
    =Calsat32|Export!txtMeanAnomaly
    =Calsat32|Export!txtRevolution
    =Calsat32|Export!txtXg
    =Calsat32|Export!txtYg
    =Calsat32|Export!txtZg

    Downlink
    Doppler Shift Frequency fs=-fd*(v/c)
    C21:=(-1)*C19*(C10/(3*10^8))
    Downlink Frequency=Center Frequency(Dw)+Doppler Frequency(Dw)
    C23:=C19+C21

    Uplink
    Doppler Shift Frequency fs=+fu*(v/c)
    C20:=C18*(C10/(3*10^8))
    Uplink Frequency=enter Frequency(Up) �{ Doppler Frequency(Up)
    C22:=C18+C20


  



Calsat32 -> DDE -> SDR#

  

    1. Run Calsat32.
    2. Run sdrtocal.xls, and press YES button at the link message.
    3. Match the satellite name in sdrtocal.xls and the satellite name in Calsat32.
    4. The UplinkFrequncy, DownlinkFrequency in sdrtocal.xls are linked to them in Calsat32.
    5. When replacing the satellite in Calsat32, it's also replaced it in sdrtocal.xls in conjunction.
    6. Center frequency in sdrtocal.xls is a value to be input to Center box in SDR.

    http://www.ne.jp/asahi/hamradio/je9pel/sdrtocal.xls

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