RadSat-1: Difference between revisions

Jump to navigation Jump to search
m (1 revision imported)
m (infobox)
 
(One intermediate revision by the same user not shown)
Line 53: Line 53:
<!--as science-related articles, SI units should be the principal units of measurement, however we usually use {{convert}} to display imperial units in parentheses after the initial values-->
<!--as science-related articles, SI units should be the principal units of measurement, however we usually use {{convert}} to display imperial units in parentheses after the initial values-->
| orbit_epoch          = <!--the date at which the orbit parameters were correct-->
| orbit_epoch          = <!--the date at which the orbit parameters were correct-->
| orbit_reference      = [[wp:Geocentric_orbit|Geocentric]]
| orbit_reference      = [[wikipedia:Geocentric_orbit|Geocentric]]
| orbit_regime          = [[wp:Geostationary_orbit|Geostationary]]
| orbit_regime          = [[wikipedia:Geostationary_orbit|Geostationary]]
| orbit_periapsis      = <!--periapsis altitude-->  
| orbit_periapsis      = <!--periapsis altitude-->  
| orbit_apoapsis        = <!--apoapsis altitude-->  
| orbit_apoapsis        = <!--apoapsis altitude-->  
Line 95: Line 95:


<!--transponder parameters-->
<!--transponder parameters-->
| trans_band            = 28 [[wp:Ku-band|Ku]]-band <br>15 [[wp:C-band|C]]-band
| trans_band            = 28 [[wikipedia:Ku-band|Ku]]-band <br>15 [[wikipedia:C_band_(IEEE)|C]]-band
| trans_frequency      = <!--specific frequencies-->
| trans_frequency      = <!--specific frequencies-->
| trans_bandwidth      = 40 x 36 MHz <br>3 x 72 MHz
| trans_bandwidth      = 40 x 36 MHz <br>3 x 72 MHz
Line 106: Line 106:
<!--Only use where a spacecraft/mission is part of a clear programme of sequential missions, if in doubt, leave it out-->
<!--Only use where a spacecraft/mission is part of a clear programme of sequential missions, if in doubt, leave it out-->
| previous_mission      =
| previous_mission      =
| next_mission          =
| next_mission          =  
| programme            =  
| programme            =  
}}
}}
'''RadSat-1''' is a [[Radictistan|Radictistani]] [[wp:Communications_satellite|communications satellite]] owned and operated by [[RadSat]], used primarily for digital television. The satellite has 28 [[wp:Ku-band|Ku]]-band and 12 [[wp:C-band|C]]-band [[wp:Transponder_(satellite_communications)|transponders]] each with 36 [[wp:Hertz|MHz]] bandwidth for television broadcasting. In addition, the satellite has three 72 MHz C-band transponders for international telephony. RadSat-1 has two fixed beams serving the continent of [[Apathia]].  
'''RadSat-1''' is a [[Radictistan|Radictistani]] [[wikipedia:Communications_satellite|communications satellite]] owned and operated by [[RadSat]], used primarily for digital television. The satellite has 28 [[wikipedia:Ku-band|Ku]]-band and 12 [[wikipedia:C_band_(IEEE)|C]]-band [[wikipedia:Transponder_(satellite_communications)|transponders]] each with 36 [[wikipedia:Hertz|MHz]] bandwidth for television broadcasting. In addition, the satellite has three 72 MHz C-band transponders for international telephony. RadSat-1 has two fixed beams serving the continent of [[Apathia]].  
[[Category:Science and technology in Radictistan]]
[[Category:Science and technology in Radictistan]]
[[Category:Satellites]]
[[Category:Satellites]]

Latest revision as of 02:27, 6 September 2023

RadictistanFlag.jpg This Radictistan-related article is a stub. You can help the wiki by expanding it.


RadSat-1
Mission typeCommunications
OperatorRadSat
COSPAR IDTemplate:Cospar
SATCAT no.Template:Wd
Spacecraft properties
SpacecraftRadSat-1
BusRadSat A
ManufacturerKonavia Orbital
Launch mass5,150 kilograms
Start of mission
Launch dateSeptember 16, 2013
ContractorHatsunespace
Orbital parameters
Reference systemGeocentric
RegimeGeostationary
Transponders
Band28 Ku-band
15 C-band
Bandwidth40 x 36 MHz
3 x 72 MHz
Coverage areaApathia
 

RadSat-1 is a Radictistani communications satellite owned and operated by RadSat, used primarily for digital television. The satellite has 28 Ku-band and 12 C-band transponders each with 36 MHz bandwidth for television broadcasting. In addition, the satellite has three 72 MHz C-band transponders for international telephony. RadSat-1 has two fixed beams serving the continent of Apathia.