Amateur Radio Station IK3ASM


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               SATELLITI  RADIOAMATORIALI  ATTIVI


             (1.11.2007)




 AMSAT-OSCAR 51 (Echo or AO-51)
                 Analog Uplink:145.920 MHz FM (PL - 67Hz)
                 1268.700 MHz FM (PL - 67Hz)
                 Analog Downlink:435.300 MHz FM
                 2401.200 MHz FM
                 PSK-31 Uplink28.140 MHz USB
                 Digital Uplink:145.860 MHz 9600 bps, AX.25
                 1268.700 MHz 9600 bps AX.25
                 Digital Downlink:435.150 MHz 9600 bps, AX.25
                 2401.200 MHz 38,400 bps, AX.25
                 Broadcast Callsign:PACB-11
                 BBS Callsign:PACB-12
                 Launched June 29, 2004

           Status:  Operational
           AMSAT-OSCAR 51 or Echo as it is more commonly known is a FM
           satellite carrying 4 VHF receivers, 2 UHF transmitters, a multimode
           receiver and a 2400MHz transmitter. It can handle voice and FSK data
           up to 76.8Kbps. Echo was launched into a low, sun-synchronous polar
           orbit approximately 850 km high. You must transmit a 67Hz PL tone in
           order to access the Echo voice repeater.
           Please note the change in operational phone downlink frequency to
           435.300 MHz.
          



                 AMSAT OSCAR 7   (AO-7)
                 Mode B and C Uplink432.125 to 432.175 MHz CW/LSB
                 Mode B and C Downlink145.975 to 145.925 MHz CW/USB (inverting)
                 Mode B Beacon145.9775 MHz (CW telemetry)
                 Mode C Beacon435.100 MHz (intermittent)
                 Mode A Uplink145.850 to 145.950 MHz CW/USB
                 Mode A Downlink29.40 - 29.50 MHz CW/USB (non-inverting)
                 Mode A Beacon29.502 MHz (CW telemetry)
                 Launched 15 November 1974

           Status:  Semi-operational
           AO-7 became non-operational in mid 1981 due to battery failure .  In
           2002 one of the shorted batteries became an open and now the
           spacecraft is able to run off solar panels. For this reason it is
           not usuable in eclipse and may not be able to supply enough power to
           the transmitter to keep from frequency modulating the signal. Lately
           AO-7 has favored Mode B almost exclusively.
           Mode A is equivalent to Mode V/A
           Mode B (8 Watts PEP) is equivalent to Mode U/V
           Mode C is the same as Mode B however the power is 2.5 Watts PEP
           There is also a 13 cm beacon at 2304.1 MHz, however this does not
           get turned on as it is outside the Amateur allocation for 13 cm.
           

                 UoSat OSCAR 11   (UO-11)
                 Telemetry145.826 MHz FM 1200 bps AFSK
                 Beacon2401.500 MHz Carrier
                 Launched1 March 1984

           Status:  Semi-operational
           OSCAR-11 now operates in a default mode, controlled by the watch-dog
           timer. The satellite transmits continuous ASCII telemetry for about
           10 days on 145.826 MHz., followed by about 10 days of silence. This
           regular sequence might be interrupted by ground control, at any
           time.
           The mode-S beacon is ON continuously, even when the VHF beacon is
           OFF, nominally transmitting an unmodulated carrier on 2401.5 MHz.
           There is however a VERY low level of AFSK modulation, (now a
           constant audio tone), which has been detected on strong signals.
           Telemetry indicates that the beacon has partially failed, and is
           delivering half power.
           


                 Radio Sport -15 (RS-15)
                 Uplink145.858 to 145.898 MHz CW/USB
                 Downlink29.354 to 29.394 MHz CW/USB
                 Beacon29.352 MHz
                 Launched26 December, 1994

           Status:  Semi-operational
           RS-15's beacon is occasionally heard and may be quite strong at
           times. At times the beacon is just a continuous carrier lasting up
           to 30 seconds, at other times it seems to be sending CW. There have
           been a few reports of hearing CW through the passband and Al N7EQF
           has reported having a CW QSO.
           

                 AMSAT OSCAR 16 (AO-16)
                 Uplink145.90 145.92 145.94 145.96 MHz FM (1200 baud Manchester
                 FSK)
                 Downlink437.025 MHz SSB (1200 baud PSK)
                 Beacon2401.1428 MHz (Not Operational)
                 Broadcast callPACSAT-11
                 BBS callPACSAT-12 (Not Operational)
                 Launched22 January, 1990

           Status:  Semi-operational
           AO-16 is on in digipeater mode only. The BBS is not operational, and
           the S-Band Beacon is also not operating.
           


                 LUSAT-OSCAR 19 (LO-19)
                 Uplink145.84, 145.86, 145.88, 145.90 MHz (1200-baud Manchester
                 FSK - Not Operational)
                 Downlink437.150 MHz SSB (1200 bps RC-BPSK - Not Operational)
                 Beacon437.125 MHz
                 Broadcast callLUSAT-11 (Not Operational)
                 BBS callLUSAT-12 (Not Operational)
                 Launched22 January, 1990

           Status:  Semi-operational
           LUSAT is sending out a strong CW beacon only. The BBS is not
           operational is not operating.
           

       

                 AMRAD OSCAR 27   (AO-27)
                 Uplink145.850 MHz FM
                 Downlink436.795 MHz FM
                 Launched26 September 1993

           Status: Operational
           The AO-27 Team has reported that a new schedule has been uploaded.
           If the batteries hold then it should continue to run. If the
           batteries get too low then the software will turn the schedule off
           and the control operators will have to compute another one. The
           current schedule indicates that AO-27 is turned on for analogue
           operations during a 6 minute pass on the ascending pass. As in the
           past, the analogue mode is preceded and followed by 1 minute of
           digital TLM. A TLM stream is also transmitted for one minute on the
           decending pass.
           The latest information on AO-27 from control operator Michael
           Wyrick, N3UC (former N4USI), can be found at http://www.ao27.org/

           


                 Fuji OSCAR 29   (FO-29)
                 Analog Uplink146.000 to 145.900 MHz CW/LSB
                 Analog downlink435.800 to 435.900 MHz CW/USB
                 Beacon435.795 MHz (normally CW telemetry)
                 Digital Uplink145.850, 145.870, 145.910 MHz FM
                 Digital Downlink435.910 MHz 1200 baud BPSK or 9600 baud FSK
                 Digitalker435.910 MHz FM
                 Launched17 August 1996

           Status:  Operational
           Please send the reception reports to lab2@jarl.or.jp . Please use
           the subject line: 'FO-29reception report'.
           Mineo, JE9PEL, has an FO-29 satellite telemetry analysis program
           that will automatically analyze all digital telemetry from the
           satellite (such as current, voltage and temperature). FO29CWTE is
           available at:
           http://www.ne.jp/asahi/hamradio/je9pel/

           


                 Gurwin TechSat1b (GO-32)
                 Digital Downlink435.225 FM 9600 Baud FSK
                 Digital Uplinks145.850, 145.890 FM 9600 Baud FSK
                 1269.700 , 1269.800 , 1269.900 (not operational)
                 Beacon Callsign4XTECH-11
                 BBS Callsign4XTECH-12
                 Launched10 July 1998

           Status:  Operational

           Currently software is being uploaded to address software defects
           that were uncovered, however the GO-32 team is very responsive and
           outages have been quickly addressed. The GO-32 BBS server software
           and other improvments became operational as of July 1, 2004. Emily,
           W0EEC has reported that she was able to connect up to the BBS. Users
           might be able to communicate GO-32 while the BBS is on and enabled.
           Check the GO-32 Site and GO-32's beacons for updates.
           The current beacon was copied transmitting:
             4XTECH-12>STATUS:UTC: Tue Jul 06 17:40:05 2004 | Gurwin Techsat1B
             (V9.83)
             4XTECH-12>STATUS:Gurwin Techsat1b send thanks to IARC and 4X1AS.
             4XTECH-12>STATUS:BBS Mode:1 Upload User/5 Broadcasts , Uplink
             freq:145.890,145.850

           

                 PCSat   (NO-44)
                 Uplink/Downlink 145.827 MHz FM 1200 Baud AFSK
                 Aux Uplink 435.250 MHz FM 9600 Baud AFSK
                 APRS Downlink144.390 MHz FM (Region 2)
                 Launched30 September 2001

           Status: Semi-operational

           NO44 is going through periods of being non-operational and being
           operational in sunlight. Its battery is too soft to provide the peak
           current necessary to transmit a packet. It can still be heard
           occassionally when sun angles are right (local noon in the northern
           hemisphere), but cannot be used with any reliability. Users are
           requested to not UPLINK to give better chance that control stations
           can continue to control it. (Status provided by Bob, WB4APR, 13 July
           2004). For more information visit the PCsat Website.
           NO-44 is a 1200-baud APRS digipeater designed for use by stations
           using hand-held or mobile transceivers. Downlinks feed a central web
           site at http://pcsat.aprs.org/.

           

                 Saudi-OSCAR 50/SaudiSat 1C   (SO-50)
                 Uplink145.850 MHz FM
                 Downlink436.795 MHz FM
                 Launched20 December 2002

           Status:  Operational
           SO-50 carries several experiments, including a mode J FM amateur
           repeater experiment operating on 145.850 MHz uplink and 436.800 MHz
           downlink. SO-50 is operational for 10 minutes when turned on by the
           following procedure:
           1) Transmit for 1-2 seconds on 145.850 MHz with a tone of 74.4 Hz to
           arm the 10 minute timer on board the spacecraft.

           2) Next transmit on 145.850 MHz (FM Voice) using 67.0 Hz to key the
           repeater on and off within the 10 Minute window.

           Note: Sending the 74.4 tone again within the 10 minute window will
           reset the 10 minute timer.

                       
                 VO-52 (Hamsat)
                 Analog SSB/CW
                 Dwn: 145.870 - 880 - 890 - 900 - 910 - 920 - 145.930
                 Up : 435.280 - 270 - 260 - 250 - 240 - 230 - 435.220


           Status: Operational                      

                 Amateur Radio on the International Space Station (ARISS)
                 Region 1 2m uplink145.200 MHz FM
                 Regions 2 & 3 2m uplink144.490 MHz FM
                 Cross Band Repeat Uplink437.800 MHz FM
                 Worldwide downlink (All modes)145.800 MHz FM
                 Worlwide Packet uplink145.990 MHz FM
                 US Voice CallsignNA1SS
                 Russian Voice Callsigns RS0ISS, RZ3DZR
                 UI Digipeater Callsign ARISS
                 Bulletin Board Callsign RS0ISS-11

           Status:  Operational
          

           The ISS system has sometimes been turned on to Cross Band Repeat
           mode. In this mode it functions as a Mode B-FM repeater. Amateurs in
           the US and elsewhere have reported using the repeater with home
           stations and handheld radios with great success. The crew is also
           able to use the radio to transmit even when the system is in this
           mode.
           While the system is in cross band repeat mode the packet system is
           turned off and vice-versa.
           The ISS daily crew schedule can be found at
           http://spaceflight.nasa.gov/station/timelines/. Remember that the
           crew operates on UTC time. Also, all of the time line is NOT
           translated from Russian and posted.
           Current ARISS News is available at the ARISS page in this website.
           Additional information is available at: http://www.rac.ca/ariss/


           
           


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-- Ultimo Aggiornamento: 06 mar 2010 -- RISOLUZIONE 1024x768 | rpressi@tin.it

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