813:
37:
430:
FM mode V/U voice repeater. It operates on 145.950 MHz uplink (PL 67 Hz CTCSS) and 435.180 MHz downlink. The FM repeater subsystem identifies itself with callsign LY5N. The first filter of repeaters receiver is 15 kHz wide, second is 12 kHz. The transmit filter is set to +/-
351:
form factor as to the latest cubesat design specifications. The satellite does not have any active systems except the antenna deployment mechanism that is engaged 30 minutes after deployment sequence. Both attitude and thermal control sub-systems are implemented passively for simplicity and safety.
498:
There are 4 monopole antennas on LS-1: three UHF antennas and one VHF antenna. Each antenna is made of approx. 0.2 mm thick and 5 mm wide spring steel measurement tape. In deployed configuration, all UHF antennas are pointed towards the Z+ body axis direction and VHF antenna is pointed
549:
number administrator Bill Tynan, W3XO, stated that "LituanicaSAT-1 has met all of the requirements for an OSCAR number" and assigned the designation of LO-78 (LituanicaSAT-OSCAR 78) to the satellite. The team of engineers subsequently announced that it will try to keep the onboard FM repeater
405:
microcontroller. The flight computer is the central control unit of the satellite responsible for maintaining the normal operating mode of the satellite, monitoring and control of energy resources, control of attitude determination sub-system and performance of telecommands received from the
338:
on 28 February 2014. All
LituanicaSAT-1 subsystems have been turned on, tested and proved to be working properly. The mission is considered a complete success by its team of engineers. The mission ended upon the reentry and disintegration of the satellite on 28 July 2014.
431:
5 kHz, and bandwidth to 10 kHz, but this width depends highly on the incoming signal width, for example if the uplink signal is 15 kHz wide, it will be cut down with 12 kHz filter. The repeater payload was engineered and developed by
418:. It ensures limited but safe functionality of the satellite in case of the main CPU failure and will also take and record the first pictures made from space, as well as control the radio beacon of the satellite.
1857:
1410:
327:. The launch was scheduled to occur in December 2013, but later was rescheduled to 9 January 2014 and occurred then. The satellite was broadcasting greetings of Lithuanian president, Mrs.
365:
LituanicaSAT-1 uses passive magnetic attitude control system consisting of permanent magnets that create a control torque and soft magnets that provide dampening torque using
467:
transceiver is used for establishing and maintaining radio communication with the ground station. The key technical specifications of the radio transceiver are as follows:
1406:
1398:
866:
1842:
1326:
1322:
312:
180:
522:. The source code of the software is partly available for public use. Communication is done using custom protocol, which is built on top of reduced set of
836:
1080:
859:
1832:
1837:
852:
1810:
are underlined. Launch failures are marked with the † sign. Payloads deployed from other spacecraft are (enclosed in parentheses).
1847:
316:
177:
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1464:
745:
568:
1587:
1342:
515:
190:
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Launches are separated by dots ( • ), payloads by commas ( , ), multiple names for the same satellite by slashes ( / ).
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324:
200:
686:
1827:
1237:
335:
1723:
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There are two on board computers in
LituanicaSAT-1 due to redundancy requirements: the flight computer based on
69:
59:
1415:
826:
582:
1718:
1659:
1402:
1394:
1105:
1076:
530:
data transfer, when required. Recent versions of ground control software support direct upload of binary
432:
1647:
1459:
789:
511:
328:
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1631:
1198:
986:
436:
1484:
1663:
1378:
891:
880:
876:
1774:
1764:
1655:
1177:
1173:
1169:
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818:
600:
508:
464:
407:
51:
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402:
1507:
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924:
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files, which were collected and sent to ground control by amateur radio operators worldwide.
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439:. Due to temperature changes, the downlink frequency may be shifted down by 5 kHz.
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effect. Following attitude sensors are implemented for attitude determination:
17:
1554:
1286:
1274:
1110:
808:
713:"VU radijo klubas LY1BWB – kolektyvinio radijo mėgėjų tobulėjimo tinklaraštis"
366:
352:
The total mass of the body including the equipment within it is 1,090 g.
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911:
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36:
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331:. The satellite was deployed from the International Space Station via the
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5 months deployed, 6 months 19 days in space (planned mission: 6 months)
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Nanopower P31u power board with a lithium-ion battery and solar cells.
415:
348:
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1002:
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990:
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731:
569:"It's a March of the CubeSats as Space Station Deployment Continues"
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399:
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712:
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771:
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microcontroller and secondary (back-up) computer based on an
86:
471:
Operating frequencies: TX: 437 MHz / RX: 144 MHz
1858:
1699:
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1547:
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58:
47:
633:"LituanicaSat transponder test was a full success"
514:, LY1BWB. Ground control software is written in
382:L3GD20 MEMS three-axis digital output gyroscope
489:Operating temperature: from -30 to +70 °C
860:
687:"Satellite Description | LituanicaSAT-1"
8:
772:"OSCAR Number for LituanicaSAT-1 – AMSAT-NA"
29:
347:The satellite conforms to standard 1U size
867:
853:
845:
35:
28:
837:A three-dimensional view of the satellite
1843:First artificial satellites of a country
463:transceiver and corresponding antennas.
414:. Secondary flight computer is based on
385:HMC5883L three-axis digital magnetometer
746:"Data submission | LituanicaSAT-1"
559:
550:operative for the rest of the mission.
447:The power supply sub-system includes a
790:"LituanicaSAT-1 FM Transponder Active"
730:Petrauskas, Karolis (29 August 2014).
651:"LituanicaSat-1 repeater rev.2 – LY3H"
54:, Innovative Engineering Projects, NPO
7:
122:Innovative Engineering Projects, NPO
518:and has a web interface, served by
474:Sensitivity: -104.7 dBm @ BER 10-3
361:Attitude determination and control
25:
583:"NASA – NanoRacks-LituanicaSAT-1"
567:Rainey, Kristine (22 July 2015).
477:Transmit power: 100 mW – 2 W
811:
507:The satellite is commanded from
601:"LituanicaSAT-1 CubeSat Update"
480:Receive power: < 200 mW
379:PS-MPU-9150A MEMS motion sensor
317:Mid-Atlantic Regional Spaceport
832:LituanicaSAT-1 YouTube channel
669:"LituanicaSat – DK3WN SatBlog"
483:Data transfer rate: 9600 bit/s
296:). It was launched along with
71:
1:
732:"ls1mcs: LituanicaSat-1 MCS"
406:satellite ground station in
298:the second Cygnus spacecraft
292:satellites (other one being
1833:Spacecraft launched in 2014
615:"LituanicaSat-1 – AMSAT-UK"
459:Comm subsystem consists of
390:Command and data management
325:International Space Station
311:carrier rocket flying from
1874:
1838:Satellites orbiting Earth
1803:
288:was one of the first two
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455:Communications subsystem
1848:Satellites of Lithuania
443:Power supply subsystem
512:amateur radio station
499:toward –Z body axis.
256:Reference system
151:9 January 2014, 18:07
114:Spacecraft properties
883:Orbital launches in
486:Data protocol: AX.25
426:The main payload is
734:– via GitHub.
433:Žilvinas Atkočiūnas
155:2014-01-09UTC18:07Z
31:
1853:Student satellites
819:Spaceflight portal
717:rk.projektas.vu.lt
509:Vilnius University
408:Vilnius University
373:PS-MPU-6000A MEMS
329:Dalia Grybauskaitė
251:Orbital parameters
52:Vilnius University
1828:2014 in Lithuania
1815:
1814:
1761:× 4 (FM9 to FM12)
283:
282:
16:(Redirected from
1865:
1613:
1606:
1598:Cygnus CRS Orb-3
1417:Georges Lemaître
1411:USA-255 / ANGELS
1315:
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1291:TabletSat-Aurora
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827:Project web page
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748:. Archived from
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689:. Archived from
683:
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675:. 5 August 2023.
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655:ly3h.epalete.com
647:
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639:. 5 August 2023.
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603:. 14 March 2014.
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542:On 8 June 2014,
336:CubeSat Deployer
217:
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210:28 February 2014
191:Orbital Sciences
158:
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143:Start of mission
98:Mission duration
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929:Lituanica SAT-1
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840:(in Lithuanian)
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778:. 28 June 2017.
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207:Deployment date
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1390:Progress M-24M
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796:. 6 June 2014.
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752:on 30 May 2014
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693:on 4 July 2014
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249:
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199:
197:Deployed from
195:
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189:
185:
182:
179:
176:
172:
169:
166:
162:
150:
146:
141:
137:
133:
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125:
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117:
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100:
96:
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84:
80:
76:
74:
67:
63:
61:
57:
53:
50:
46:
42:
38:
33:
27:
19:
1807:
1795:Fengyun 2-08
1683:
1584:Chang'e 5-T1
1579:Ekspress AM6
1526:
1522:SpaceX CRS-4
1416:
1385:Foton-M No.4
1212:
1152:
1116:SpaceX CRS-3
1081:DMSP-5D3 F19
1053:
1035:Ekspress AT2
1031:Ekspress AT1
972:Athena-Fidus
794:Amsat-uk.org
793:
784:
775:
766:
754:. Retrieved
750:the original
740:
725:
716:
707:
695:. Retrieved
691:the original
681:
672:
663:
654:
645:
636:
627:
619:amsat-uk.org
618:
609:
595:
586:
577:
562:
541:
538:OSCAR status
526:and handles
506:
497:
458:
446:
425:
393:
364:
346:
285:
284:
238:28 July 2014
119:Manufacturer
26:
1775:Kosmos 2502
1724:Orion EFT-1
1691:Kosmos 2501
1656:Kinshachi 1
1652:Hodoyoshi 1
1569:Intelsat 30
1451:WorldView-3
1379:Orbcomm-OG2
1373:TechEdSat-4
1271:Hodoyoshi 4
1267:Hodoyoshi 3
1231:Kosmos 2500
1208:Eutelsat 3B
1182:Kosmos 2499
1178:Kosmos 2498
1174:Kosmos 2497
1170:Kosmos 2496
1148:Kosmos 2495
1086:Sentinel-1A
1049:Kosmos 2494
1044:Amazonas 4A
1011:TeikyoSat-3
528:full-duplex
465:He-100 COTS
343:Description
309:Antares 120
174:Launch site
168:Antares 120
148:Launch date
89:.astronauts
1822:Categories
1729:DirecTV-14
1679:Kuaizhou 2
1632:Meridian 7
1555:Himawari 8
1287:SaudiSat-4
1283:Perseus-M2
1279:Perseus-M1
1275:KazEOSat 2
1111:EgyptSat 2
977:Türksat 4A
673:dk3wn.info
554:References
403:ATMega2560
367:hysteresis
356:Subsystems
307:aboard an
290:Lithuanian
260:Geocentric
235:Decay date
214:2014-02-28
187:Contractor
64:1998-067EN
1785:Yaogan 26
1754:Yamal-401
1743:Yaogan 25
1707:Hayabusa2
1674:Yaogan 24
1669:Yaogan 23
1627:GPS IIF 8
1574:Yaogan 22
1508:MEASAT 3b
1503:Tiantuo 2
1499:Yaogan 21
1494:AsiaSat 6
1478:September
1460:Heweliusz
1445:Yaogan 20
1440:AsiaSat 8
1365:CRS Orb-2
1247:AprizeSat
1243:AprizeSat
1235:GLONASS-M
1195:UNIFORM-1
925:ArduSat-2
917:CRS Orb-1
912:Thaicom 6
776:Amsat.org
532:telemetry
412:Lithuania
333:NanoRacks
270:Low Earth
159: UTC
60:COSPAR ID
1790:Astra 2G
1719:DESPATCH
1715:Shinen 2
1700:December
1660:Tsukushi
1641:November
1610:Flock-1d
1560:IRNSS-1C
1512:Optus 10
1489:Lingqiao
1456:Gaofen 2
1369:Flock-1b
1348:Gonets-M
1312:Flock-1c
1306:Tigrisat
1295:UniSat-6
1263:Deimos-2
1259:BugSat 1
1199:SOCRATES
1191:Raijin-2
1132:KazSat-3
1091:IRNSS-1B
1040:Astra 5B
1007:STARS-II
987:GPM Core
956:February
941:UAPSat-1
933:LitSat-1
587:nasa.gov
544:AMSAT-NA
494:Antennas
449:GomSpace
305:CubeSats
294:LitSat-1
127:Dry mass
48:Operator
1749:USA-259
1745:A, B, C
1738:CBERS-4
1733:GSAT-16
1711:PROCYON
1664:TSUBAME
1623:USA-258
1603:Arkyd-3
1565:ARSAT-1
1548:October
1534:Olimp-K
1517:USA-257
1447:A, B, C
1435:USA-256
1407:GSSAP 2
1403:USA-254
1399:GSSAP 1
1395:USA-253
1300:Lemur-1
1165:USA-252
1160:USA-251
1128:Luch 5V
1121:KickSat
1106:USA-250
1101:Ofek-10
1077:USA-249
999:INVADER
982:USA-248
937:SkyCube
921:Flock-1
907:GSAT-14
900:January
697:11 June
422:Payload
416:Arduino
349:cubesat
323:to the
315:at the
302:Flock-1
300:and 28
212: (
153: (
130:1090 g.
82:Website
70:SATCAT
1648:Sasuke
1428:August
1371:× 28,
1327:CanX-5
1323:CanX-4
1319:SPOT 7
1203:SPROUT
1187:ALOS-2
1003:OPUSAT
995:KSAT-2
991:Ginrei
947:TDRS-L
923:× 28,
892:2015 →
877:← 2013
756:9 June
516:Erlang
313:Pad 0B
266:Regime
164:Rocket
1612:× 26†
1343:OCO-2
1070:April
1024:March
1015:ITF-1
968:ABS-2
547:OSCAR
524:AX.25
461:AX.25
400:Atmel
181:LP-0A
77:39569
1336:July
1314:× 11
1249:10,
1224:June
885:2014
758:2014
699:2014
520:Yaws
435:and
178:MARS
1770:IPM
1759:O3b
1600:† (
1419:ATV
1381:× 6
1361:× 4
1359:O3b
1350:× 3
1309:),
1245:9,
1238:755
1141:May
319:on
201:ISS
91:.lt
87:www
72:no.
1824::
1731:,
1717:,
1713:,
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1588:4M
1586:,
1567:,
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760:.
719:.
701:.
657:.
621:.
589:.
571:.
216:)
157:)
20:)
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