RF Technology PA220 Manual de usuario

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8Wideband horn SH 400 used in a SG 64 measurement system

98ARGOS Tx/Rx Ultra Compact Terminal Antennas >> Main use: • Bi-directional data transmission (activity, environmental or localization) fo

99> Localization & SafetySATIMO/CNES patented smart design, no ground plane required.Electrical characteristicsPart number SA-AType of antenna

100COSPAS-SARSAT Ultra Compact terminal Antennas>> Main use: • Localization, safety and rescue applications> Delivered documents: • Typica

101> Localization & SafetySATIMO/CNES patented smart design, no ground plane required.Electrical characteristicsPart number SC-BType of antenn

102

EMC>

104Electrical characteristicsPart number CSA 010Type of antenna Conical spiralFrequency range 1 - 10 GHzAverage gain 2.5 dBicAntenna factor from

105> EMCLOG Periodic>> Main use: • EMC and EMI testing• Radio link testing • Direction finding applications> Delivered documents: • Meas

106Mechanical characteristicsFrequency range 0.03 - 0.03 - 0.06 - 0.065 - 0.075 - 0.2- 0.45 - 0.85 - 1 - 0.5 GHz 1 GHz 0.5 GHz

107> EMCDiscone >> Main use: • EMC and EMI testing• Radio link testing> Delivered documents: • Measured return loss• Typical performanc

9> Measurement antennasReference antennas>

108Elevation pattern at 110 MHz Elevation pattern at 250 MHz Elevation pattern at 160 MHz Elevation pattern at 200 MHz Elevation pattern at 320 MHz E

109> EMCBICONICAL Antennas >> Main use: • EMC and EMI testing• Radio link testing> Delivered documents: • Measured return loss• Typical

110SBW 100 Typical radiation pattern at 100 MHz SBW 100 Typical radiation pattern at 200 MHz SBW 100 Typical radiation pattern at 450 MHz SBW 10

111> EMCMechanical characteristicsPart number SBW 20 SBW 30 SBW 100Dimensions in mm(width x radius) 1300 x 300 1300 x 300 1300 x 300Weight (

112Electrical characteristicsPart number Tx antenna Rx antenna AR 150 PR 100Type of antenna - Short monopoleFrequency range 150 KHz – 70 MHz(1

© SATIMO - ORBIT/FR 2011Product specifi cations and descriptions in this document are subject to change without notice.Actual products may differ in ap

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10Wideband Horns >> Main use: • Gain reference • Wideband probes for far-field test ranges• Reflector feeds for high gain applications > De

11> Measurement antennasMeasured performance of 4 SH 400 horns: the excellent performance repeatability is proven by the agreeing plots.Electrical

12“W”“L”“H”Wideband hornSH 68 interface16 holesø670ø40±0.015ø70030337ø12.2SH 200 interfaceø8.2ø222.0-0.050ø6 H7ø19724°8010Mechanical characteristicsPa

13> Measurement antennasSH 400 interfaceSH 600 and 800 interfaceM5M5ø4 H7ø4 H782 RIF87 RIFø65ø110ø11071SH 2000 interfaceSH 4000 interfaceM4M4ø3 H7ø

14High precision offset parabolic reflector for wideband high gain antenna measurementsMechanical drawing“W”“D”“B”“L”“L1”“A”Electrical characteristicsP

15> Measurement antennasElectric Sleeve Dipoles >> Main use: • Gain reference• Efficiency reference• Chamber reflectivity evaluation: dir

16Electrical characteristicsPart number SDType of antenna Sleeve dipoleAvailable frequencies 0.4 - 9 GHzGain variation over azimuth <± 0.1 dBPe

17> Measurement antennasMechanical characteristicsPart number Frequency range A mm B mm C mm D mm Connector Type WeightSD 1230 1165 – 1295

© SATIMO - ORBIT/FR Dec 2011Product specifi cations and descriptions in this document are subject to change without notice.Actual products may differ i

18Magnetic Dipoles >➊ TECHNICAL PERFORMANCE• Low loss and high efficiency• Azimuth pattern symmetry is within ± 0.1 dB variation as specified by

19> Measurement antennasElectrical characteristicsPart number MDType of antenna Magnetic dipoleAvailable frequencies 0.65 – 5.5 GHzGain variatio

20Mechanical characteristicsPart number Frequency A mm B mm C mm D mm d mm Connector Weight range TypeMD 665 652 – 678 MHz 239.2

21> Measurement antennasMonopoles >> Main use: • Gain reference• Particularly suited for automotive test ranges > Delivered documents:

22Electrical characteristicsPart number SMType of antenna MonopoleAvailable frequencies 76 MHz – 18 GHzGain variation over azimuth <± 0.1 dBVSWR

23> Measurement antennasMonocones >> Main use: • Wideband gain reference• Particularly suited for automotive test ranges> Delivered d

24Electrical characteristicsPart number SMC 70 SMC 220 SMC 700 SMC 2200 Type of antenna Monocone Monocone Monocone MonoconeFrequency range 70 M

25> Measurement antennasGround plane mecanical characteristics Part number GP 40 GP 60 GP 100 GP 400 Weight (approx) 100 g 200 g 2.5 Kg 15

26Biconic >> Main use: • Wideband gain reference• Efficiency reference• Chamber reflectivity evaluation: directivity, cross polarization a

27> Measurement antennasElectrical characteristicsPart number SB 75 SB 130-AType of antenna Biconic BiconicFrequency range 75 – 230 MHz 130 –

1The Antenna Design and Test Center (ADTC) is a dedicated, integrated team within SATIMO and ORBIT/FR that focuses on the design, measurement and pr

28Standard Gain Horns >> Main use: • Gain calibration• Antenna measurements> Delivered documents: • Theoretical gain versus frequency i

29> Measurement antennasElectrical characteristics*Part number SGH SGH SGH SGH SGH SGH SGH SGH SGH SGH SGH SGH SGH SGH 049 075 096 11

30Mechanical drawing & interface SGH 1800SGH 395Mechanical characteristicsPart number SGH SGH SGH SGH SGH SGH SGH SGH SGH SGH SGH SGH SGH SGH

31> Measurement antennasLinear Array Reference Antennas >> Main use: • Linear array antenna calibration> Delivered documents: • Typi

32Mechanical characteristicsPart number BTS 892 BTS 1940DimensionsA 300 mm 148 mmB 178 mm 152 mmC 1144 mm 800 mmL 2320 mm 1225 mmWeight &l

33> Measurement antennasOpen Boundary Wideband Quad Ridge Horns>> Main use: • Gain calibration• Wideband probe for far-field test range•

34QH 400 performance❚ @ 3 GHz Normalized Elevation Patterns (E – H plane) - Lower Port❚ @ 3 GHz Normalized Elevation Patterns (E – H plane) - Upper Po

35> Measurement antennasElectrical characteristicsPart number QH 400 QH 800 QH 2000Type of antenna Open boundary Open boundary Open boundary

36M5ø4 H7ø65ø11067.267.2Mechanical characteristicsPart number QH 400 QH 800 QH 2000Dimensions (approx) H x W X L 527 x 527 x 462 mm 264 x 264 x 2

37> Measurement antennasClosed Wideband Quad Ridge Horns >> Main use: • Gain calibration• Wideband probe for far-field test range• Re

2Antenna Solutions>Antennas for measurement systemsJamming & telecommunication antennas FUNCTION - Calibrate measurement systems - Me

38Electrical characteristicsPart number QR 2000 QR 18000Type of antenna Closed wideband Closed wideband quad ridge horn quad ridge horn Frequ

39> Measurement antennasMeasurementprobes>

40Open-Ended Waveguides >> Main use: • Near-field probes from L to Ka band• Calibration and polarization reference> Delivered documents:

41> Measurement antennasMechanical drawing & interfaceM5M4ø3 H7ø4 H7ø35.4ø60ø65ø11067.267.2ø50Electrical characteristicsPart number Frequency

42Mechanical characteristicsPart number Absorbers Dimensions Weight Connector Material Treatment Color Interface D L W=H (approx)

43> Measurement antennasDual Polarized Open-Ended Waveguide With Interchangeable Apertures>> Main use: • Dual polarized field probe for nea

44Mechanical characteristicsPart number DOEW 6000 DOEW 18000Dimensions* L x D X Ø 362 x 216 x 400 mm 231 x 85 x 400 mm Apertures Threaded termina

45> Measurement antennasDOEW 6000 Aperture 1: Measured Boresight GainDOEW 6000 Aperture 2: Measured Boresight GainDOEW 6000 Aperture 3: Measured Bo

46DOEW 6000 Aperture 1: Radiation pattern at 6 GHzDOEW 6000 Aperture 2: Radiation pattern at 9 GHzDOEW 6000 Aperture 3: Radiation pattern at 13.5 GHzD

47> Measurement antennasDual Polarized Probes >> Main use: • Spherical and planar near-field measurement probes• Measurement probes for f

3Positioning antennas Localization and safety antennasEMC antennas FUNCTION High performance positioning antennas - GNSS applications (Gal

48Standard probesElectrical characteristicsPart number SP 800 SP 2600 SP 6000 SP 18000Type of antenna dual probe dual probe dual probe dual pr

49> Measurement antennasCustom probesProbe customization can be implemented for the following features:Polarization:• Dual Linear• Dual CircularAp

50Compact Range Feed Horns>> Main use: • Illumination of compact range reflectors • Direct range illumination or field probing • Illumination o

51> Measurement antennas Half octave single linear feed hornsThe medium gain corrugated horn is the first choice for general purpose compact ranges

52Medium gain corrugated feed horn aperture performancePart number Frequency Gain Directivity VSWR Taper Taper Nominal 3 dB range (GHz) (dBi

53> Measurement antennasLow gain feed horn aperture performanceMechanical characteristicsPart number Aperture diameter ConnectorAL-2310-1.70-SL

54Electrical characteristicsPart number AL 2310-1 SL WB AL 2310-2 SL WB AL 2310-4 SL WBAvailable frequencies 1 – 2 GHz 2 – 4 GHz 4 – 8 GHzAverage

55> Measurement antennasSpecifications for standard orbit/fr dual linear feeds are shown belowMechanical characteristicsPart number Aperture diamet

56Diagonal Horns >> Main use: • Illumination of anechoic chambers• Quasi-monostatic radar cross section (RCS) measurements• Outdoor antenn

57> Measurement antennasThe low sidelobe level of the diagonal horn results in extremely low specular reflections from chamber walls, thus providing

4Part Number PageReference antennasWideband hornsSH 68 10SH 200 10SH 400 10SH 800 10SH 2000 10SH 4000 10Parabolic reflectorSR-40-A 14Electric sleeve di

58Mechanical characteristicsPart number OFR 6417 A OFR 6415 OFR 6414 OFR 6413Length (in) 58.25 23 23.7 4.84Aperture size (in) 31 10 8.25 1.95A

59> Measurement antennasOFR 6413 Mechanical drawing & interfaceOFR 6414 Mechanical drawing & interfaceOFR 6415 Mechanical drawing & int

60Dual Polarization Feed Antennas >> Main use: • Illumination of anechoic chambers• Compact Range feed• Outdoor antenna and RCS measurements

61> Measurement antennasElectrical characteristicsPart number AL-2309-LFFrequency range 200 MHz – 2000 MHzBandwidth ratio 10:1Gain (nominal) 1.

62Additional SATIMO - ORBIT/FR Interface>The standard SOI interface allows for precise and easy positioning of any SATIMO standard antenna with

63> Measurement antennasSOI 200 Mechanical drawing & interface8SATIMO FLANGEORBIT FLANGEø8 THRUFOR ALIGNMENT PINø11 THRUTYP.8 EQ. ON ø179.4174,

64

Jamming & Telecommunication>

66Omni-directional High Power Antennas>➊ TECHNICAL PERFORMANCE• Radiate power uniformly in horizontal plane• Directive pattern shape in vertical pl

67> Jamming & TelecommunicationCD 180-B Typical radiation pattern (vertical cut) CD 180-B Typical VSWRMechanical characteristicsPart Number CD

5Part Number PageMeasurement probesMedium gainAL 2309-6.70 SL50AL 2309-8.20 SL50AL 2309-10.0 SL50AL 2309-12.4 SL50AL 2309-15.0 SL50AL 2309-18.0 SL50AL

68➊ TECHNICAL PERFORMANCE• Radiate power uniformly in horizontal plane• Directive pattern shape in vertical plane• Wide bandwidth• High power up to 10

69> Jamming & TelecommunicationMechanical characteristicsPart Number CD 040-ADimensions Length (A) 1200 mmDiameter (B) 80 mmWeight 4

70➊ TECHNICAL PERFORMANCE• Radiate uniformily in vertical plane• Directive pattern shape in horizontal plane➋ DESIGN• Resists harsh environmental cond

71> Jamming & TelecommunicationMechanical characteristicsPart Number CD 210-B CD 210-A CD 220-B CD 220-A CD 580-ADimensions Length (A)

72Planar Antennas For Integrated Applications>➊ TECHNICAL PERFORMANCE• High gain• Power handling up to 20 W• Linear or circular polarization➋ DESI

73> Jamming & TelecommunicationMechanical characteristicsPart Number PA 2400-A PA 2400-B PA 2400-C PA 2400CP-ADimensions Length (A)

74Planar Antennas For WLAN Applications>Electrical characteristicsPart Number PA 210-A PA 220-A PA 580-AFrequency range 2100 – 2300 MHz 2200 –

75> Jamming & TelecommunicationMechanical characteristicsPart Number PA 210-A PA 220-A PA 580-BDimensions Length (A) 235 mm 235 mm 2

76Planar Antennas For Wireless Communication Applications>> Main use: • General transmitting and receiving applications from 880 MHz up to

77> Jamming & TelecommunicationMechanical characteristicsPart Number PA 088-A PA 180-A PA 192-A PA 240-A PA 250-A PA 330-A PA 515-ADimen

>SATIMO and ORBIT/FR customer satisfaction programOffering reliable products and services to its customers.➊Quality Management System SATI

78UWB Antennas>Electrical characteristicsPart Number UWB 050-A UWB 200-A UWB 300-A Frequency range 0.50 – 1.00 GHz 2.00 – 3.00 GHz 3.00 – 10.0

79> Jamming & TelecommunicationMechanical characteristicsPart Number UWB 050-A UWB 200-A UWB 300-ADimensions Length (A) 220 mm 65

80UWB Discone Antennas>> Main use: • Jamming antenna for communication at low frequencies> Delivered documents: • Conformity certificate

81> Jamming & TelecommunicationMechanical characteristicsPart Number UWB 010-ADimensions Height (A) 700 mmBase diameter (B) 750 mm Weig

82

Positioning>

84Professional GPS Terminal Antennas >> Main use: • Positioning of equipment for aerospace and marine applications> Delivered documents:

85> PositioningElectrical characteristicsPart Number P0 156-AFrequency range 1565 – 1585 MHz (L1)Gain ≥ 4 dBiVSWR 1.8:1CW power 10 WDC YesType

86Professional GALILEO/GPS Terminal Antennas >> Main use: • Ground segment portable antenna for professional applications covering GALIL

87> PositioningElectrical characteristicsPart number ANTE 005-AOperational frequency bands B1 Galileo/GPS: 1575.42 ± 20.46 MHz (GPS L1 C/A, GPS

Measurement antennas>

88Functional & environmental characteristicsPart number ANTE 005-AAntenna input impedance 50 OhmsSupply voltage 5 V (supplied through the RF ca

89> PositioningMechanical characteristicsPart number ANTE 005-ADimensions (diameter x height) 150 mm x 110 mm Weight (approx) 1 kg Connector 2

90GALILEO/GPS/GLONASS Base Station Reference Antennas >>Main use: • Base station antenna for reference applications covering GALILEO E5,

91> PositioningElectrical characteristicsPart number ANTE 011-AOperational frequency bands B1 Galileo/GPS/GLONASS: 1589.81 ± 24.62 MHz (GPS L1 C

92Functional & environmental characteristicsPart number ANTE 011-AAntenna input impedance 50 OhmsSupply voltage 5 V (supplied through the RF ca

93> PositioningMechanical drawing8 x M6 Ø152 mm230 mm408 mm

94GALILEO/GPS Base Station Reference Antennas >> Main use: • Base station antenna for reference applications covering GALILEO E5, E6, L

95> PositioningElectrical characteristicsPart number ANTE 010-AOperational frequency bands B1 Galileo/GPS: 1575.42 ± 20.46 MHz (GPS L1 C/A, GPS

96Functional & environmental characteristicsPart number ANTE O10-AAntenna input impedance 50 OhmsSupply voltage 5 V (supplied through the RF ca

Localization& Safety>