# ras_ant_type

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ARG1, Parabolic
Diameter: 30 m, 330 square metres, Mount: Equatorial Azimuth limits: 55°S - 26°N Elevation angle limits: +30° relative to the vertical


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AUS1, Circular filled in array, diameter 1097.3 metres, Beam 8 degrees diameter adjustable in north-zenith-south plane


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AUS10, 64 metres diameter steerable paraboloid, 1510 square metres; all azimuths; the angle of elevation is between 30° and 90°


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AUS11, 64 metres diameter steerable paraboloid, 1160 square metres; all azimuths; the angle of elevation is between 30° and 90°


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AUS12, Cross, each arm 1600 metres x 12 metres, 17 000 square metres; meridian transit only; +18° to -90° declination


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AUS13, 96 paraboloids, 13.5 metres in diameter, equatorially mounted, arranged in a ring of 3 kilometres diameter, 6000 square metres; the azimuth is between 300° and 60° and the angle of elevation between 0° and 90°


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AUS14, Cross, each arm 400 metres, with 32 steerable paraboloids 9 metres diameter, 1000 square metres; all azimuths; the angle of elevation is between 15° and 90°


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AUS15, 6 metres diameter steerable paraboloid, 20 square metres; all azimuths; the angle of elevation is between 15° and 90°


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AUS16, Rectangular filled in array, 110 x 16.4 metres, 180 square metres; meridian transit only; fixed declination at -34°


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AUS17, Rectangular filled in array, 7.5 x 12 metres, 90 square metres; meridian transit only; fixed declination at -34°


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AUS18, Rectangular filled in array, 5 x 8 metres , 40 square metres; meridian transit only; fixed declination at -34°


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AUS19, Cross, each arm 914.4 x 10 metres , 10 000 square metres; meridian transit only; azimuth fixed at 0° (+0.5°); +10° to -80°


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AUS2, 64 metres diameter steerable paraboloid, 1770 square metres; all azimuths; the angle of elevation is between 30° and 90°


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AUS20, Two rhombics, each leg 20 metres, arranged as an interferometer, 300 square metres; meridian transit only; azimuth coverage + 45° about meridian; fixed declination at +40°


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AUS21, Rectangular filled in array, 3.1 x 5.2 metres, 15 square metres; meridian transit only; fixed declination at -34°


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AUS22, Rectangular filled in array, 1.8 x 2.8 metres, 5 square metres; meridian transit only; fixed declination at -34°


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AUS23, Crossed compound interferometer, each arm 800 metres with 32 steerable paraboloids 9 metres diameter and two steerable paraboloids 14 metres diameter, 1200 square metres; all azimuths; the angle of elevation is between 15° and 90°


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AUS25, 48 corner reflector aerials, each 6 x 5 metres forming circular array 3 kilometres diameter, 1000 square metres; full sky


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AUS26, 96 steerable paraboloid aerials, each 13 metres diameter forming circular array 3 kilometres diameter, 6000 square metres; full sky


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AUS27, 96 steerable paraboloid aerials, each 13 metres diameter forming circular array 4 kilometres diameter, 6000 square metres; full sky


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AUS28, 30 m steerable parabolic, 400 square metres. Elevation 5-90 degrees. Azimuth 0-360 degrees


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AUS29, 30 m steerable parabolic, 300 square metres. Elevation 5-90 degrees. Azimuth 0-360 degrees


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AUS30, 26 m steerable parabolic, 275 square metres. Elevation 7-90 degrees. Azimuth 0-360 degrees


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AUS31, 26 m steerable parabolic, 200 square metres. Elevation 7-90 degrees. Azimuth 0-360 degrees


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AUS32, 22 m steerable parabolic, 265 square metres. Elevation 12-90 degrees. Azimuth 0-360 degrees


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AUS33, 22 m steerable parabolic, 230 square metres. Elevation 12-90 degrees. Azimuth 0-360 degrees


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AUS34, 22 m steerable parabolic, 200 square metres. Elevation 12-90 degrees. Azimuth 0-360 degrees


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AUS35, 6 x 22 m steerable parabolic, 1580 square metres. Elevation 12-90 degrees. Azimuth 0-360 degrees


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AUS36, 6 x 22 m steerable parabolic, 1380 square metres. Elevation 12-90 degrees. Azimuth 0-360 degrees


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AUS37, 6 x 22 m steerable parabolic, 1200 square metres. Elevation 12-90 degrees. Azimuth 0-360 degrees


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AUS4, Three 13.5 metres diameter paraboloids arranged as an interferometer, 120 square metres; the azimuth is between 300° and 60° and the angle of elevation between 20° and 90°


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AUS40, 70 m steerable parabolic, 2760 square metres. Elevation 7-90 degrees. Azimuth 0-360 degrees


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AUS41, 70 m steerable parabolic, 2300 square metres. Elevation 7-90 degrees. Azimuth 0-360 degrees


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AUS42, 70 m steerable parabolic, 1870 square metres. Elevation 7-90 degrees. Azimuth 0-360 degrees


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AUS5, Cross, each arm 1600 metres x 12 metres, 25 000 square metres; meridian transit only +18° to -90° declination


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AUS8, One 64 metres and one 18.3 metres diameter steerable paraboloid arranged as a variable spacing, variable orientation interferometer, 1920 square metres; all azimuths; the angle of elevation is between 30° and 90°


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BEL1, Radiotelescope; dipole at the focus of a 6 metre paraboloid, 17 square metres; full sky


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BEL2, Multi-antenna interferometer, capable of working simultaneously on lobe sweeping and drift
a) East-West baseline: 32 four-metre parabolic antennas, 20 metres spacing
b) North-South baseline: 16 four-metre parabolic antennas, 20 metres spacing
, 10 square metres; coverage from 45° to 315° in azimuth and from 0° to 70° in elevation (up to 110° in azimuth 180°)


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BEL3, Polarimeter; dipole at the focus of a 6-metre paraboloid, 20 square metres; coverage from 90° to 270° in azimuth and from 0° to 70° in elevation (up to 180° in azimuth 180°)


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BEL5, Radiotelescope; slot disc-dipole at the focus of a 7.5 metres paraboloid, 27 square metres; full sky


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CAN10, 1.6 metres diameter steerable paraboloid , 1 square metre; azimuth coverage +135° from south; the angle of elevation is between 30° and 70°


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CAN11, 46 metres diameter steerable paraboloid , 880 square metres; full sky


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CAN12, 25.6 metres diameter paraboloid, 515 square metres; full sky


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CAN13, 1.8 metres diameter paraboloid 
2.5 metres; polar mount; coverage from 60° to 300° in azimuth and from 0° to 90° in elevation


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CAN16, Two 8.5 metres diameter parabolic reflectors separated by up to 1 kilometre, arranged as a supersynthesis interferometer, 2 x 57 square metres; full sky


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CAN4, Antenna Yagi, 10 square metres; full sky


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CAN6, Half-wave dipole, with screen, 70 square metres; fixed pointing of beam; azimuth due south; angle of elevation: 45°


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CAN7, Half-wave dipole, with screen, 30 square metres; fixed pointing of beam; azimuth due south; angle of elevation: 45°


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CAN8, Half-wave dipole, with screen, 8 square metres; fixed pointing of beam; azimuth due south; angle of elevation: 45°


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CAN9, Crossed six-element Yagis, 20 square metres; azimuth coverage +135° from south; the angle of elevation is between 30° and 70°


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CHN11, 16 + 12 paraboloids, 9 metres in diameter each, 38 square metres; full sky


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CHN12, 6 metres diameter paraboloid, 17 square metres; full sky


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CHN6, 2.5 metres diameter paraboloid, 3 square metres; full sky


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D1, Parabolic dish, diameter: 100 m, 4320 square metres for frequencies up to 5 000 GHz.
Maximum gain 83 dB at about 30 GHz.
Angular coverage: Azimuth: 0° to +360° 
The angular coverage in elevation is valid for the azimuthal range 150° to 250°. Reduced elevation range for other azimuthal directions due to local topography Elevation: 7° to 90°"


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F10, 40 x 200 metres semi-directional radiotele­scope, 3000 square metres; hour angle: 1 hour; the angle of elevation is between 0° and 120°


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F12, 40 x 200 metres semi-directional radiotele­scope, 1000 square metres, hour angle: 1 hour; the angle of elevation is between 0° and 120°


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F13, 40 x 200 metres radiotelescope, 150 square metres; hour angle: 1 hour; the angle of elevation is between 0° and 120°


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F14, Network of 8 paraboloids, 10 m in diameter, distributed over 800 m, North to South, 500 square metres; azimuth: 360°; the angle of elevation is between 0° and 110°


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F15, Network of 16 paraboloids, 5 m in diameter, distributed over 1.5 km, East to West, 250 square metres; azimuth: 360°; the angle of elevation is between 0° and 110°


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F16, Meridian telescope - duration of observation per source 70 mins/cos delta, 7000 square metres; one hour's observation at delta = 0°; accessible declinations: delta >-38°


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F17, Decimetric radio telescope composed of two reflectors, 7000 square metres Azimuth: Northward: from 330º to 30º, Southward: from 150º to 210º; angle of elevation: from 0º to 90º


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F18, Decimetric antenna Network composed of 144 helical elements, 8000 square metres at 30 MHz; Azimuth: from 0º to 360º; Angle of elevation: from 0º to 90º


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F19, Antenna for frequency band from 1 to 5 GHz, 1 square metre; Azimuth: from 0º to 360º; Angle of elevation: from 0º to 90º


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F20, Interferometer at 410 MHz, 50 square metres; Azimuth: from 90º to 270º; Angle of elevation: from 0º to 90º


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F21, Metric antenna for frequency band from 150 to 650 MHz; Interferometer composed of 16 antenna elements 3 metres in diameter, one element 1500 metres long and two antennas 10 metres in diameter, 270 square metres; Azimuth: from 0º to 360º; Angle of elevation: from 0º to 90º


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F22, Antenna of 2.5 metres in diameter for frequency band from 80 MHz to 300 GHz, 4.9 square metres; Azimuth: from 0º to 360º; Angle of elevation: from 0º to 90º


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F23, Interferometer composed of 4 antennas of 15 metres in diameter, 700 square metres; Azimuth: from 0º to 360º; Angle of elevation: from 0º to 90º


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F24, Antenna for frequency bands from 25 to 75 MHz and from 100 to 500 MHz, 80 square metres; Azimuth: from 0º to 360º; Angle of elevation: from 0º to 90º


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F5, 7 metres diameter paraboloid, 25 square metres; coverage from 260° to 100° in azimuth and from 0° to 110° in elevation


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F6, Network of 16 paraboloids, 5 metres in diameter, distributed over 1.5 kilometres, East to West, 120 square metres; azimuth: 360°; the angle of elevation is between 0° and 110°


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F9, 40 x 200 metres semi-directional radiotele­scope, 5000 square metres; hour angle: 1 hour; the angle of elevation is between 0° and 120°


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FIN1, 14 metres diametre radome covered steerable paraboloid, 80 square metres; full sky


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G10, Two 25 metres diameter steerable paraboloids, 250 square metres; full sky


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G16, One Mark I 76 metres diameter steerable paraboloid and one Mark II 38 x 25.9 metres steerable paraboloid. The two antennas may be used either separately or together as an interferometer. The Mark I antenna may be used as interferometer with the antenna at Wardle, 3000 square metres; full sky


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G17, One Mark III 38 x 25.9 metres steerable paraboloid. This antenna will normally operate in conjunction with the Mark I antenna at Jodrell Bank as interferometer for measuring angular diameter of Radio Sources, 520 square metres; full sky


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G20, One Mark I 76 metres diameter steerable paraboloid and one Mark II 38 x 25.9 metres steerable paraboloid, 3000 square metres; full sky


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G21, One Mark II 38 x 25.9 metres steerable paraboloid, 3000 square metres; full sky


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G22, One Mark II 38 x 25.9 metres steerable paraboloid, 520 square metres; full sky


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G23, One Mark I 76 metres diameter steerable paraboloid and one Mark II 38 x 25.9 metres steerable paraboloid. The two antennas may be used either separately or together as an interferometer, 3000 square metres; full sky


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G30, Dipole array 100 x 450 metres, 20 000 square metres; azimuth 180°; the angle of elevation is between 20° and 90°


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G31, Eight 13 metres diameter steerable paraboloids arranged as a multiple interferometer, 850 square metres; full sky


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G32, Three 20 metres diameter steerable paraboloids arranged as a multiple interferometer, 1000 square metres; full sky


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G33, 20 x 450 metres cylindrical reflector, 10 000 square metres; coverage from 0° to 180° in azimuth and from 30° to 90° in elevation


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G53, 25 metres steerable parabolic reflector, 200 square metres; full sky


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G7, Dipole interferometer, 100 square metres; full sky


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G8, Three 18.3 metres steerable paraboloids as interferometer, 2 000 000 square metres; full sky


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G9, 25 metres steerable parabolic reflector, 300 square metres; full sky


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GRC2, 2.5 metres diameter steerable paraboloid, 2.5 square metres; the azimuth is between 71° and 289° and the angle of elevation between 0° and 74° (sun-oriented antenna)


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HOL69, 10 metres diameter steerable paraboloid , 40 square metres; full sky


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HOL70, 25 metres diameter steerable paraboloid , 600 square metres; full sky


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HOL71, 7.5 metres diameter steerable paraboloid, 25 square metres; full sky


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HOL72, Array of 14 parabolic reflectors each of 25 metres diameter. The reflectors are dispersed along an East-West configuration with variable spacing with a maximum distance of 3 kilometres, 500 square metres per reflector, angular coverage: full sky


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I2, Two antennas formed by curtains of dipoles arranged orthogonally in a Mills cross, 1200 metres x 30 metres each, 35 000 square metres; fixed azimuth in the meridian plane; the angle of elevation is between 15° and 90°


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I3, 25 metres diameter paraboloid, 500 square metres; full sky


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I4, 10 metres diameter paraboloid, equatorially mounted, 2 circular polarizations,


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I5, 32 metres diameter parabolic dish , 600 square metres
Linear and circular polarization
Steerable in the elevation plane between 3 and 120 degrees.
Azimuth ± 270 degrees from South


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I6, Two antennas formed by curtains of dipoles arranged orthogonally in a Mills cross
600 x 30 meters each, 20 000 square metres
Steerable mechanically in the elevation plane between 15 and 155 degrees
Steerable electronically in the azimuth ± 3 degrees from the meridian plane


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I7, Multi element Yagi antenna, 80 square metres
Steerable in the elevation plane between 0 and 90 degrees
Azimuth ± 180 degrees from South


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I8, 64 metres diameter parabolic dish, 2400 square metres
Linear and circular polarization
Steerable in the elevation plane between 5 and 90 degrees
Azimuth ± 270 degrees from South


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IND1, 32 paraboloids, 1.8 metres in diameter , 32 x 1 square metre; full sky


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IND4, Parabolic cylinder, 530 x 30 metres, with an array of 968 dipoles along its focal line, 9500 square metres; coverage from 0° to 180° in azimuth and from 5° to 90° in elevation


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J12, Asymmetric parabolic cylinder, 100 x 20.4 metres, with a corner reflector energized by a total of 192 half-wave dipoles, 991 square metres; coverage from 0° to 180° in azimuth and from 25° to 90° in elevation


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J2, Antenna height: 54 m (1349 m from sea level); 45 m diameter parabolic antenna (radio telescope),
Coverage from 11° to 90° in elevation; from 0° to 360° in azimuth


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KOR1, Type: parabola with Cassegrain geometry
Diameter: 13.7 metres
Effective area: 50% of 147.41138 square metres at 90 GHz 
Diameter of radome: 20.7 metres, Limits of angular coverage: elevation 10° -  87°; azimuth 0° - 360°


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NOR1, 7.6 metres diameter paraboloid, 28 square metres; full sky


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NOR2, Three mattress antennas on an East-West baseline; each antenna is composed of 16 half-wave dipoles, 3 x 18 square metres; fixed azimuth; the angle of elevation is between 0° and 90°


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NOR5, 9.1 metres diameter paraboloid, 40 square metres; full sky


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POL1, Two cylindrical paraboloids 4 x 8 metres with folded dipole at the focus, 24 metres East-West spacing, 18 square metres; coverage from 120° to 240° in azimuth and from 10° to 70° in elevation


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POL2, Two corner reflectors 6 x 6 x 80 metres with eight (?) dipoles, 1400 metres East-West spacing, 800 square metres; coverage from 160° to 200° in azimuth and from 10° to 80° in elevation


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POL3, Two log-periodic aerials, 20 metres East-West spacing, 0.7 square metre; coverage from 120° to 240° in azimuth and from 10° to 70° in elevation


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POL4, Two corner reflectors with eight wideband dipoles, 220 metres East-West spacing, 80 square metres; coverage from 170° to 190° in azimuth and from 20° to 80° in elevation


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RUS10, Radiotelescope 'URAN-4':
128-elements linear dipole array
232.5 metres x 22.5 metres, Sky coverage: 0° - 360° - azimuth, 
-30° - 90° - elevation
Linear horizontal polarization


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RUS11, 10 metres steerable paraboloid, 40 square metres
Sky coverage:  0° - 220° and 265°- 360° - azimuth, 5° - 90° - elevation


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RUS12, Parabolic cylinder EW 144 metres x 15 metres, 1000 square metres
Linear polarization


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RUS13, Radiotelescope 'RT-25 x 2':
Periscope-type
Plane reflector 25 metres x 2 metres, Sky coverage: +1° from S - azimuth, 
2° - 90° - elevation
Linear polarization


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RUS14, Radiotelescope 'RT-22':
22 metres steerable paraboloid
Azimuth mount, 72 square metres @ 2 mm
150 square metres @ 8 mm
230 square metres @ 10 cm


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RUS17, Radiotelescope 'TNA-400-1'.
Diameter of main reflector: 32 metres
Type of feed: Cassegrain
Main reflector profile: modified parabola, Fully steerable elevation over azimuth


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RUS6, Radiotelescope 'RATAN-600':
Ring-type reflector 600 metres in diameter, consisting of 985 partly steerable elements 1.94 x 7.4 metres
Four sections with independent feeds for different azimuth observations. Zenith observation mode is provided for all-ring reflector and central feed. S-section has the plane periscope
Sky coverage: 0°, +30°, +60°, +90° - azimuth, 0° - 90° - elevation, 1000 square metres each section
Polarization of all types


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RUS7, Cross 'DKR-1000':
Arm EW mechanically steerable parabolic cylinder 1008 metres x 40 metres, 288 dipole feeders,
Arm SN electrically steerable parabolic cylinder 1000 metres x 40 metres, 626 dipole feeder, 
2 x 8000 square metres
Linear horizontal polarization
Sky coverage: +4° sec ? (? - decl. of source ) - azimuth, 6°S - 60°N - elevation


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RUS8, Radiotelescope 'RT-22':
22 metres steerable paraboloid
Azimuth mount, 120 square metres @ 8 mm


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RUS9, Radiotelescope 'UTR-2':
T-shaped phased array
Arm EW 900 metres x 40 metres, 600 dipoles
Arm NS 1860 metres x 40 metres, 1440 dipoles
Five electrically steerable beams 
6000 square metres @ 12.5 metres
16 000 square metres @ 30 metres
Can be operated in the band 9 000 kHz - 38 MHz 
Linear horizontal polarization


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S21, Three-element Yagi, 51 square metres; all azimuths; angle of elevation: 90°


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S22, Two-element interferometer; base-line 60 metres long; each element is a ten-element log-periodical antenna for 35-65 MHz, 23 square metres at 50 MHz, baseline rotating in all azimuths, both elements variable in elevation from 0° to 70°


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S6, 25.6 metres steerable paraboloid, 270 square metres at 1 GHz; 140 m² at 6.5 GHz; full sky


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S7, 20 metres radome covered steerable paraboloid, 180 square metres at 22 GHz; 125 m² at 115 GHz; full sky


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USA10, 8.5 metres diameter paraboloid, 30 square metres; full sky


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USA12, Two 27 metres diameter steerable paraboloids, 2 x 300 square metres; hour angle: +4 hours; -50° to +90° declination


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USA13, 18.3 metres diameter paraboloid, 100 square metres; full sky


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USA16, 305 metres diameter spherical reflector, 37 000 square metres; all directions; the angle of elevation is between 69° and 90°


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USA17, 42.7 metres diameter paraboloid, 752.5 square metres; hour angle: +6 hours; +88° to -48° declination


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USA18, 91.4 metres diameter paraboloid, 2694 square metres; transit telescope; +86° to -20° declination


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USA20, 18.3 metres diameter paraboloid, 150 square metres; equatorial mount; hour angle: +6 hours; +90° to -50° declination


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USA21, 3 metres diameter directive parabolic reflector, 4.37 square metres; full sky


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USA22, 25.6 metres diameter parabolic reflector, 275 square metres; full sky


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USA23, 25.9 metres diameter parabolic reflector, 280 square metres; full sky


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USA24, 25.9 metres diameter parabolic reflector, 210 square metres; full sky


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USA25, Parabolic cylinder 122 x 122 metres , 7500 square metres; transit telescope; the angle of elevation is between 60° and 90°


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USA26, 26 metres diameter paraboloid , 180 square metres; full sky


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USA32, 18.3 metres diameter paraboloid , 148.6 square metres; full sky


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USA33, Broadband dipoles over reflecting screen 5 x 5 metres, 20 square metres; azimuth coverage +45° from South; the angle of elevation is between 0° and 90°


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USA34, 12.8 metres diameter paraboloid, 128.7 square metres; azimuth coverage +41°; +66° to 0° declination


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USA35, Three elements interferometer; each element is a 25.9 metres diameter paraboloid, 526.8 square metres; hour angle: +6 hours; +88° to -52° declination


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USA36, 0.9 metre diameter steerable paraboloid (Dicke radiometer), 0.3 square metres; full sky


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USA37, 305 metres diameter spherical reflector , 79 897 square metres; all directions; the angle of elevation is between 67° and 90°


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USA38, 25.9 metres diameter paraboloid , 300 square metres; full sky


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USA39, 11 metres diameter paraboloid, 37.8 square metres; all directions; the angle of elevation is between 15° and 90°


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USA40, 2 metres diameter parabolic dish, 2 square metres; coverage from 0° to 180° in azimuth and from 0° to 90° in elevation


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USA42, 2.44 metres diameter paraboloid, 2.35 square metres; full sky


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USA5, 109.7 x 21.2 metres standing paraboloid with tiltable flat reflector, 1690 square metres; -35° to +65° declination


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USA6, Two-element interferometer; base-line 41 metres long; each element is two five-element Yagis stacked in phase, 15 square metres, vertically directed, 45° in both planes


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USA60, Array of 350 offset parabolic reflectors, each reflector 6.1 m diameter, with 2.4 m secondary, 10 000 square metres; all directions; the angle of elevation is between 15° and 90°


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USA61, Heterogeneous Array of 23 parabolic reflectors: six 10.6 m diameter, nine 6 m diameter and eight 2.5 m diameter, 620 square metres; all directions; the angle of elevation is between 10° and 90°


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USA62, Array of 6 parabolic reflectors, 10.6 m diameter each, arranged in a T shape, 465 square metres; all directions; the angle of elevation is between 10° and 90°


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USA63, Single 40 m parabolic reflector; prime focus, 1230 square metres; all directions; the angle of elevation is between 12° and 90°


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USA64, Single dish, offset fed, secondary Gregorian reflector at frequencies above 1.2 GHz, 5576 square metres; all directions; the angle of elevation is between 5° and 90°


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USA65, 305 m diameter spherical reflector, with Gregorian secondary and terciary reflectors, 73 000 square metres at 410 MHz; 30,370 square metres at 1 610 MHz; 18,000 square metres at 10.7 GHz; coverage from 330° to 30° in azimuth and 70° to 90° in elevation


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USA66, Array of 27 parabolic reflectors, 25 m diameter each, arranged in a Y shape, 8615 square metres; all directions; the angle of elevation is between 8° and 90°


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USA67, 25 m parabolic reflector, with 3.5 m diameter Cassegrain subreflector (above 1 GHz), 364 square metres; all directions; the angle of elevation is between 2° and 90°


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USA68, 36.6 m, parabolic reflector, Cassegrain subreflector, 421 square metres at 22 GHz; 368 square metres at 43 GHz; 116 square metres at 100 GHz; all directions; the angle of elevation is between 2°and 90°


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USA7, 18.3 metres diameter steerable paraboloid, 130.1 square metres; full sky


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USA8, 1) 65 square metres horn reflector
2) 36.6 metres diameter paraboloid, 1050 square metres, 
1) 42.3 square metres. The horn reflector is mounted on single axis, variable only in declination;
2)  472 square metres. The 36.6 metres paraboloid is fully steerable over the hemisphere
A radiometer is used on both antenna systems


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USA9, 25.6 metres diameter paraboloid, 260 square metres; full sky


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USA95, Array of 27 parabolic reflectors each of 25 metres diameter. Reflectors are dispersed in a Y configuration with maximum distance of 21 kilometres along any arm of the Y, 320 square metres per reflector
Angular coverage: 
0 - 360 degrees azimuth
0 - 90 degrees elevation


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J3, 45 m diameter parabolic antenna (radio telescope); six 10 m diameter parabolic antennas (measured interference),
1442 square metres; coverage from 12° to 79° in elevation; from 0° to 360° in azimuth


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J4, 6 m diameter parabolic antenna,
11 square metres; coverage from 10° to 90° in elevation; from 0° to 360° in azimuth


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J5, 10 m diameter parabolic antenna,
55 square metres; coverage from 3° to 90° in elevation; from 0° to 360° in azimuth


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J6, 11 m diameter parabolic antenna,
66 square metres; coverage from 6° to 90° in elevation; from 0° to 360° in azimuth.


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J7, 20 m diameter parabolic antenna,
220 square metres; coverage from 3° to 90° in elevation; from 0° to 360° in azimuth


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J8, Asymmetric parabolic cylinder, 100x20 metres, with a corner reflector energized by a total of 192 half-wave dipoles,
1013 square metres; coverage from 90°E to 90°W in azimuth and from 60°N to 20°S in elevation


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J9, Asymmetric parabolic cylinder, 100x20 metres, with a corner reflector energized by a total of 192 half-wave dipoles,
1500 square metres;coverage from 30°E to 30°W in azimuth and from 20°N to 60°S in elevation


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J10, Asymmetric parabolic cylinder, 100x20 metres, with a corner reflector energized by a total of 192 half-wave dipoles,
1100 square metres;coverage from 90°E to 90°W in azimuth and from 75°N to 30°S in elevation


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J11, Asymmetric parabolic cylinder, 74x27 metres, with a corner reflector energized by a total of 144 half-wave dipoles,
1409 square metres;coverage from 30°E to 30°W in azimuth and from 20°N to 60°S in elevation


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J13, Fixed parabolic cylinder, 40 m east-west, 108 m north-south, with a corner reflector energized by a total of 192 half-wave dipoles,
1970  square metres.The beam is fixed on the meridian but steerable from 30 deg N to 60 deg S in elevation


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J14, 9-element cross log-periodic antenna,antenna length 7 m, 
130 square meters at 30 MHz; coverage from 0° to 360° in azimuth and from 0° to 90° in elevation


add_desc:
J15, 16-element log periodic antenna, antenna length 7 m,
5 square metres at 75 MHz; coverage from 0° to 360° in azimuth and from 0° to 90° in elevation


add_desc:
J16, 9 element cross log periodic antenna x 10 (Spectometer and short baseline interferometer) Antenna length 7 m,
1300 square meters at 30MHz; coverage from 0° to 360° in azimuth and from 0° to 90° in elevation


add_desc:
CHN13, Typical Cassegrain antenna, 13.7 metres in diameter, 100 square meters. Azimuth-elevation mount, azimuth from 0° to 360°; the angle of elevation is between 10° and 90°


add_desc:
CHN14, Aperture spherical telescope, main focus reflecting system, 500 metres in diameter, 35 343 square meters. All azimuths; the angle of elevation is between 20° and 90°


add_desc:
CHN15, Paraboloid surface, main focus reflecting system, 50 metres in diameter, 980 square meters. Azimuth-Elevation mount, all azimuths; the angle of elevation is between 7° and 90°


add_desc:
CHN16, Paraboloid reflector, Cassegrain reflecting system, 25 metres in diameter, 245 square meters. Azimuth-Elevation mount, all azimuths; the angle of elevation is between 4° and 89°


add_desc:
CHN17, Quasi-paraboloid reflector, Cassegrain reflecting system, 25 metres in diameter, 245 square meters. Azimuth-Elevation mount, all azimuths; the angle of elevation is between 5° and 88°


add_desc:
E1, Paraboloid reflector, Cassegrain reflecting system, 13.7 metres in diameter, 65 square meters. Azimuth-elevation mount, azimuth from 0° to 360°; the angle of elevation is between 0° and 90°


add_desc:
E2, Paraboloid reflector, Cassegrain reflecting system, 40 metres in diameter, 880 square meters. Azimuth-elevation mount, azimuth from 0° to 360°; the angle of elevation is between 0° and 90°


add_desc:
E3, Paraboloid reflector, Cassegrain reflecting system, 70 metres in diameter, 2694 square meters. Azimuth-elevation mount, azimuth from 0° to 360°; the angle of elevation is between 10° and 90°


add_desc:
E4, Paraboloid reflector, Cassegrain reflecting system, 34 metres in diameter, 563 square meters. Azimuth-elevation mount, azimuth from 0° to 360°; the angle of elevation is between 10° and 90°


add_desc:
LVA1, Diameter of the primary reflector is 30 m and the diameter of the secondary reflector is 2.5 m., 563 square meters. Azimuth-Elevation mount, azimuth is from -1° to +97.5°, the angle of elevation is between -330° and 0°


add_desc:
LVA2, Diameter of the primary reflector is 16 m and the diameter of the secondary reflector is 1.5 m., 140 square meters. Azimuth-Elevation mount, azimuth is from -1° to +97.5°, the angle of elevation is between -330° and 0°


add_desc:
MEX1, Parabolic radio telescope with single aperture, a 50 m diameter primary reflecting surface and a 2.5 m diameter secondary mirror. The primary reflector comprises 180 panels 3 x 5 m2 arranged in five concentric rings, with each panel composed of eight sub-panels., Effective area 2 000 m2, elevation angle 0 to 90° and azimuth angle 0 to 360°.


add_desc:
POR1, Paraboloid reflector, Cassegrain reflecting system; dimension: 9m, 38 m2


add_desc:
IRL1, Schwartzbeck Bicone antenna, Mounted on a 0-360 Az mount on a 3m mast, Min elevation angle - 0 deg,
Max elevation angle - 90 deg,
Azimuth angle - 360 deg


add_desc:
IRL2, Tennadyne T-28 Log periodic array, Mounted on a 0-360/0-90 Az-El mount on a 3m mast, Min elevation angle - 0 deg,
Max elevation angle - 90 deg,
Azimuth angle - 360 deg


add_desc:
HOL73, 24 x LB antenna array 96 crossed dipoles @ 1.7 meter high, 5200 square metres; all azimuths; the angle of elevation is between 5° and 90°


add_desc:
HOL74, 24 x HB antenna array 48 tiles with 16 crossed dipoles @ 0.6 meter high, 1200 square metres; all azimuths; the angle of elevation is between 5° and 90°


add_desc:
HOL75, LB antenna array 96 crossed dipoles @ 1.7 meter high, 5200 square metres; all azimuths; the angle of elevation is between 5° and 90°


add_desc:
HOL76, HB antenna array 48 tiles with 16 crossed dipoles @ 0.6 meter high, 1200 square metres; all azimuths; the angle of elevation is between 5° and 90°


add_desc:
IRL3, LB antenna array 96 crossed dipoles @ 1.7 meter high, 5200 square metres; all azimuths; the angle of elevation is between 5° and 90°


add_desc:
IRL4, HB antenna array 48 tiles with 16 crossed dipoles @ 0.6 meter high, 1200 square metres; all azimuths; the angle of elevation is between 5° and 90°


add_desc:
S23, LB antenna array 96 crossed dipoles @ 1.7 meter high, 5200 square metres; all azimuths; the angle of elevation is between 5° and 90°


add_desc:
S24, HB antenna array 48 tiles with 16 crossed dipoles @ 0.6 meter high, 1200 square metres; all azimuths; the angle of elevation is between 5° and 90°


add_desc:
CHN18, Paraboloid surface, 3 metres in diameter, 4 square meters. azimuth from 0° to 360°; the angle of elevation is between 5° and 90°


add_desc:
CHN19, Parabola with Cassegrain geometry, altazimuthtelescope, diameter: 65 metres, 1991 square meters. azimuth from 0° to 360°; the angle of elevation is between 5° and 90°


add_desc:
CHN20, Radioheliograph,Paraboloid surface, 40units 4.5 metres in diameter and 60units  2 metres in diameter telescope (equatorial ), longest baseline 3 km, 495 square meters. azimuth from 0° to 360°; the angle of elevation is between 5° and 90°


add_desc:
CHN21, Paraboloid surface, 40 metres in diameter, 754 square meters. azimuth from 0° to 360°; the angle of elevation is between 5° and 90°


add_desc:
D2, Parabolic dish 20 m diameter, 314 square meters for frequencies up to 40 GHz;
Maximun gain of 63 dB at 8.5 GHz; Azimuth: 0 - 360°; Elevation"0 - 90°
Frequency ranges of the installed receivers: 2.2 - 2.5 GHz; 8.0 GHz - 9.5 GHz


add_desc:
D3, Parabolic dish 13.2 m diameter, 136 square meters for frequencies up to 100 GHz;
Maximun gain of 63 dB at 8.5 GHz; Azimuth: 0 - 360°; Elevation: 0 - 115°
Frequency ranges of the installed receivers: 2.0 - 3.0 GHz; 6.0 GHz - 10.5 GHz;
27 - 34 GHz


add_desc:
D4, Parabolic dish 13.2 m diameter, 136 square meters for frequencies up to 100 GHz;
Maximun gain of 63 dB at 8.5 GHz; Azimuth: 0 - 360°; Elevation: 0 - 115°
Frequency ranges of the installed receivers: 1.0 - 14.0 GHz; Broadband feed


add_desc:
AFS1, 64 Offset Gregorian design. Each made up of 13.5 m diameter main reflector and a 3.8 m sub-reflector., 7700 square meters; azimuth is between -185° and 275°. Elevation is between 15° and 88°


add_desc:
AFS2, A 25.9m equatorially mounted dish with Cassegrain design., 526 square meters; all azimuth. Elevation is between 0° and 90°


add_desc:
AFS3, A 13.2 m diameter paraboloid dish with ring focus design and 1.55m sub-reflector., 136 square meters; azimuth is between 90° and 270°. Elevation is between 0° and 90°


add_desc:
AFS4, A 15 m diameter paraboloid dish with prime focus design, 176 square meters; all azimuth is between 90° and 270°. Elevation is between 0° and 90°


add_desc:
D5, LB Dipol-array 96 crossed dipoles , 3900 square metres; depends on the frequency till 512 square meters
Maximum gain between 21 dBi to 26 dBi
Azimuth: 0°- 360°; Elevation: 0° - 360°
Frequency ranges of the installed receivers: 10MHz - 90 MHz


add_desc:
D6, HB Dipol-array 96 tiles with 16 crossed dipoles , 2400 square metres; depends on the frequency till 800 square meters 
Maximum gain about 37 dBi 
Azimuth: 0°- 360°; Elevation: 5° - 360°
Frequency ranges of the installed receivers: 110MHz - 240 MHz


add_desc:
F25, 12-element interferometer, with each element comprising a paraboloid of 15 m diameter, 2120 m2; all azimuths; the elevation angle may vary from 0o to 90o


add_desc:
F26, LB antenna array, 96 crossed dipoles at a height of 1.7 metres., 5200 square metres; all azimuths; angle of elevation between 5° and 90°.


add_desc:
F27, HB antenna array, 96 tiles with 16 crossed dipoles at a height of 0.6 metres., 2400 square metres; all azimuths; angle of elevation between 5o to 90o.


add_desc:
FIN2, Crossed log-periodic dipole array, 0,7 square meters; full sky


add_desc:
FIN3, Crossed dipone antenna, 15 square meters; omnidirectional


add_desc:
FIN4, Four paraboloid dishes, 60 square meters; full sky


add_desc:
UKR1, Mark-IV Cassegrain antenna
32 metres in diameter, 600 square metres;  azimuth is between 0° and 360°;  the angle of elevation is between 5° and 90°


add_desc:
USA96, 18 metres parabolic antenna, 254 square metres; elevation is 5 to 85 degrees; azimuth is 0 to 360 degrees.


add_desc:
USA97, Two antennas: 12 metres and 20 metres parabolic antennas, 12 metres antenna: 113 square metres; elevation is 5 to 85 degrees; azimuth is 0 to 360 degrees.  
20 metres antenna: 314 square metres; elevation is 5 to 85 degrees; azimuth is 0 to 360 degrees.


add_desc:
USA98, 12 meters parabolic antenna, 113 square metres; elevation is 5 to 85 degrees; azimuth is 0 to 360 degrees.


add_desc:
BEL6, A 6m diameter paraboloid on an equatorial mount, up 6 square metres,
azimuth from 90 (East) to 270 degrees (West), elevation 0 to 80 degrees


add_desc:
BEL7, A 3.4m diameter paraboloid on an equatorial mount, 3 to 4 square metres,
azimuth from 50 (East) to 310 degrees (West), elevation 0 to 80 degrees


add_desc:
BEL8, 8 cross-dipoles on a 20x20 m grid, up 90 square metres,
azimuth from 0 (East) to 360 degrees (West), elevation 0 to 90 degrees


add_desc:
SUI1, 7m parabola, 9.6 square metres, 45° to 312° in azimuth and from 0° to 90° in elevation, steerable paraboloid, prime focus, polarimeter


add_desc:
SUI2, 5m parabola, 5 square metres, 45° to 312° in azimuth and from 0° to 90° in elevation, steerable paraboloid, prime focus, polarimeter


add_desc:
SUI3, 0.8 m parabola, 0.25 square metre, 45° to 312° in azimuth and from 0° to 90° in elevation, steerable paraboloid, prime focus, polarimeter


add_desc:
SUI4, 7m parabola, 19 square meters; azimuth 40° - 315°; elevation 3° - 88°
Prime focus polarimeter, linear polarization


add_desc:
SUI5, 5m parabola, 9.8 square meters; azimuth 56° - 304°; elevation 0° - 97°
Prime focus polarimeter, linear polarization


add_desc:
SUI6, 0.6 m offset parabola, 0.15 square meters; azimuth 103° - 257°; elevation -12° - 90°
Prime focus, linear polarization


add_desc:
E5, Paraboloid reflector, Cassegrain reflecting system, 13.2 metres in diameter, with ring spotlight design and 1.55 m sub-reflector., 109 square meters of effective surface area, azimuth from 0° to 360°; the angle of elevation is between 0° and 90°


add_desc:
AUS43, Cluster of 6 arrays of 256 log-periodic antennas, Effective area per cluster is 4678 m2. All
azimuths. Elevation is between 0° and 90°


add_desc:
AUS44, Cluster of 225 arrays of 256 log-periodic antennas,
Total effective area is 175440 m2. All azimuths. Elevation is between 0° and 90°


# vr_rep_det

msg_txt:
VALIDATION COMPLETED; v10.0.4.124; ERRORS F/W: 7/7


msg_txt:
Validation options : ApiCheck:False, SRSFix:True, partial merge:False, brUser:False, gims:True


msg_txt:
Since you indicated that the space station transmits only when visible from the notified service area (Appendix 4, B.2.a.1), you should specify the minimum elevation angle above which transmissions occur (Appendix 4, B.2.a.2). If not provided, a default of 0 degrees will be assumed.


msg_txt:
Value = 999 ; please either request the Bureau to allocate an operating agency symbol first, or enter 999 and provide the details of the operating agency or company in an attachment


msg_txt:
Value does not match maximum gain in corresponding earth station antena diagram


msg_txt:
Value outside computed allowable range (2.01 - 2.55)


# vr_rep_det_archive

msg_txt:
VALIDATION COMPLETED; v10.0.4.124; ERRORS F/W: 12/23


msg_txt:
Validation options : ApiCheck:False, SRSFix:True, partial merge:False, brUser:False, gims:True


msg_txt:
Value greater than the number of orbital planes


msg_txt:
Value does not match maximum gain in corresponding space station antena diagram


msg_txt:
Since you indicated that the space station transmits only when visible from the notified service area (Appendix 4, B.2.a.1), you should specify the minimum elevation angle above which transmissions occur (Appendix 4, B.2.a.2). If not provided, a default of 0 degrees will be assumed.


msg_txt:
Value = 999 ; please either request the Bureau to allocate an operating agency symbol first, or enter 999 and provide the details of the operating agency or company in an attachment


msg_txt:
Value does not match maximum gain in corresponding earth station antena diagram


msg_txt:
Value outside computed allowable range (2.01 - 2.55)


msg_txt:
Value outside computed allowable range (21.99 - 27.99)


msg_txt:
Value outside computed allowable range (31.78 - 40.46)


msg_txt:
Value outside computed allowable range (22.24 - 28.32)


msg_txt:
Value outside computed allowable range (0.63 - 0.81)


msg_txt:
MISSING DIAG IN GIMS (Beam:UTX(E), Diagram Type:ESPAT - Earth Station Radiation Pattern (C.10.d.5.a) , Diagram number:2)


msg_txt:
MISSING DIAG IN GIMS (Beam:UTX(E), Diagram Type:ESPAT - Earth Station Radiation Pattern (C.10.d.5.a) , Diagram number:4)


msg_txt:
MISSING DIAG IN GIMS (Beam:UTX(E), Diagram Type:ESPAT - Earth Station Radiation Pattern (C.10.d.5.a) , Diagram number:3)


msg_txt:
CORRECTED: updated antenna type reference data


msg_txt:
VALIDATION COMPLETED; v10.0.4.124; ERRORS F/W: 13/22


msg_txt:
CORRECTED: removed orphan rows from e_srvcls


msg_txt:
VALIDATION COMPLETED; v10.0.4.124; ERRORS F/W: 8/7


msg_txt:
VALIDATION COMPLETED; v10.0.4.124; ERRORS F/W: 7/7


# vr_rep_log

msg_txt:
GIMS API initialized successfully. dbName : c:\users\zach.rosenbaum\desktop\client work\saic\gims database.mdb


