Project: 3.8M Series 1385 Ku-Band Rx/Tx System. General Dynamics SATCOM Technologies
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1 Antenna Test Report Test No Project: 3.8M Series 1385 Ku-Band Rx/Tx System. SATCOM Technologies East Maiden Antenna Test Facility 4488 Lawing Chapel Church Road Maiden, North Carolina / fax Test report prepared by Dwight B. Lutz
2 SATCOM Technologies Page 1
3 Table of Contents 1. Product Detalis 1.1 Technical Specifications Test Results 2.1 Gain & Efficiency BeamWidth Analyis 3dB - 1dB - 15dB st Sidelobe, Average, Maximum Cross-Pol Isolation G/T - Noise Temperature Antenna Pattern Measurements 3.1 Vertical Polarization Transmit Close-in Patterns Vertical Polarization Transmit Wide Angle Patte rns Horizontal Polarization Transmit Close-in Patterns Horizontal Polarization Transmit Wide Angle Patterns Vertical Polarization Receive Close-in Patterns Vertical Polarization Rece ive Wide Angle Patterns Horizontal Polarization Receive Close-in Patterns Horizontal Polarization Wide Angle Patterns Te s t Pho t o g ra p hs 4.1 General measurement test set-up Test Eq uipment Details 5.1 General Information Test Range Specifics Test Equipment Positioner Equipment Software Test System Block Diagram Contact Information...77 Page 2
4 Product Details Page 3
5 1.1 Technical Specifications TRANSMIT / RECEIVE ~ NEW SERIES 1385 ~ 3.8m VSAT ANTENNA Key Features UPGRADED INTEGRAL RIB DESIGN FOR HIGHER FREQUENCY OPERATION. INCREASED STRENGTH FOR HEAVIER RADIO AND ODU EQUIPMENT LOADS. HIGHER PRECISION ASSEMBLY AND ALIGNMENT FROM AUTOMATED MANUFACTURING PROCESSES. FIELD FRIENDLY INSTALLATION WITHOUT REQUIREMENT FOR SPECIALIZED TOOLS. ANTI-ICE CAPABILITY FOR USE IN COLD CLIMATE AND ARCTIC ENVIRONMENTAL CONDITIONS. OPTIMIZED, 4-PIECE REFLECTOR DESIGN FOR MAXIMUM SHIPPING EFFICIENCIES. UPGRADABLE FOR HIGH XPD PERFORMANCE. Description The new series 1385 ~ 3.8m antenna has been designed to provide a reliable, long-life and trouble free antenna solution for demanding applications in the primary VSAT communications bands. Enhancements to this antenna design have improved the structural stability and surface tolerances of the reflector, offering growth potential for reliable communications up to Ka-band. C-band Azimuth, +/- 1 deg, Coverage (Tx) Band The antenna has been designed to meet the performance requirements of the major satellite service providers and regulatory agencies. The mechanical design has been optimized for high efficiency packaging to reduce shipping costs. Material selections for the reflector significantly reduce the risk for shipping damage when compared to metal reflector solutions. Factory pre-assembly of critical components eliminates the requirement for complex assembly procedures in the field. Ku-band Azimuth, +/- 1 deg, Coverage (Tx) Band CMR Rev 4-28 Page 4
6 Series 1385 Transmit / Receive Multi-band 3.8m VSAT Antenna 15 Prodelin Drive Newton, North Carolina USA Telephone: Fax: prodelin@gdsatcom.com Web Site: All rights reserved. reserves the right to make changes in its products and specifications at any time and without notice. CMR Rev 4-28 Page 5
7 Test Results 2.1 Gain and Efficiency Freq. (GHz) Vertical Pol Horizontal Pol Average Gain (dbi) Efficiency (%) % % % % % % % Page 6
8 3.8M Ku-Band Series 1385 / Receive - Transmit Channel: ch1 Tx pol: Vert. Rx pol: Vert. Swept Gain Analysis Azimuth :. Deg Frequency (GHz) dat-ant_under_test dat SGH-SN11 ch1 dbi Page 7
9 3.8M Ku-Band Series 1385 / Receive - Transmit Channel: ch1 Tx pol: Vert. Rx pol: Vert. Swept Gain Analysis Azimuth :. Deg Frequency (GHz) dat-ant_under_test dat SGH-SN11 ch1 dbi Page 8
10 3.8M Ku-Band Series 1385 / Receive - Transmit Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Swept Gain Analysis Azimuth :. Deg Frequency (GHz) dat-ant_under_test dat SGH-SN11 ch1 dbi Page 9
11 3.8M Ku-Band Series 1385 / Receive - Transmit Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Swept Gain Analysis Azimuth :. Deg Frequency (GHz) dat-ant_under_test dat SGH-SN11 ch1 dbi Page 1
12 BeamWidth Analysis Freq. (GHz) Azimuth Vertical Elevation Vertical 3-dB Azimuth Horizontal Elevation Horizontal Average Maximum Freq. (GHz) Azimuth Vertical Elevation Vertical 1-dB Azimuth Horizontal Elevation Horizontal Average Maximum Freq. (GHz) Azimuth Vertical Elevation Vertical 15-dB Azimuth Horizontal Elevation Horizontal Average Maximum Page 11
13 st Sidelobe Level Freq. (GHz) Azimuth Vertical (db) Clockwise from Main Beam Azimuth Horizontal (db) (db) Elevation Vertical (db) Elevation Horizontal Average (db) Maximum (db) Freq. (GHz) Azimuth Vertical (db) Counter Clockwise from Main Beam Elevation Azimuth Elevation Vertical Horizontal Horizontal (db) (db) (db) Average (db) Maximum (db) Cross Pol Isolation Freq. (GHz) Azimuth Vertical (db) Elevation Vertical (db) On Axis Azimuth Horizontal (db) Elevation Horizontal (db) Average (db) Minimum (db) Page 12
14 2.5 G/T Noise Temperature Test Report No Antenna: 3.8M Series 1385 Date: 11/17/8 Calibrated LNA: Maxtech LKE-128 S/N C File Parameter for Linear Polarized Feed System 1.95 GHz 11.7 GHz 12.2 GHz Elevation Angle (deg) Antenna Gain (dbi) Ambient Temperature (deg C) Calibrated Test LNA temperature (K) Customer LNA (K) Y factor with Test LNA (positive, db) Insertion Loss of AUT Feed System (db) Loss of Test Guide1 betw Switch and AUT (db) Load Temperature (K) AUT + Test Guide1 + Test LNA Temperature (K) AUT + Test Guide1 Temperature (K) Pattern Only Noise Temperarture (K) AUT Temperature (K) Temperature of AUT & Calibrated LNA (K) Temperature of AUT & Customer LNA (K) G/T with Calibrated LNA (db/k) G/T with Customer LNA (db/k) Page 13
15 Antenna noise temperature was measured based on System Power Test Method (Y-Factor Method) recommended by Intelsat document SSOG 21 Section 5. The noise temperature formula is defined as: T (system) db = 1log [T(test load) (K) + T (LNA) (K)] - Y(dB) Where, T(system) is the system noise temperature in db T(Test Load) is given noise temperature of the matched load used in the measurement T(LNA) = is the calibrated LNA noise temperature Antenna Under Test Waveguide Switch Calibrated LNA LNA Spectrum Analyzer Test Load T Test Equipment Arrangement for Receive System Noise Power Measurement (Y-Factor Method) Page 14
16 Antenna Pattern Measurements Page 15
17 3.1 Vertical Pol Transmit Close-in Patterns Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : GHz A.dat-ant_under_test dat-ant_under_test Azimuth A.dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.39 Supp Beam 1 db.67 Page 16
18 Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : 14. GHz A.dat-ant_under_test dat-ant_under_test Azimuth A.dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.38 Supp Beam 1 db.66 Page 17
19 Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : GHz A.dat-ant_under_test dat-ant_under_test Azimuth A.dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.38 Supp Beam 1 db.64 Page 18
20 Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : 14.5 GHz A.dat-ant_under_test dat-ant_under_test Azimuth A.dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.37 Supp Beam 1 db.64 Page 19
21 Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : GHz dat-ant_under_test dat-ant_under_test Elevation dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.39 Supp Beam 1 db.67 Page 2
22 Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : 14. GHz dat-ant_under_test dat-ant_under_test Elevation dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.38 Supp Beam 1 db.66 Page 21
23 Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : GHz dat-ant_under_test dat-ant_under_test Elevation dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.37 Supp Beam 1 db.65 Page 22
24 Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : 14.5 GHz dat-ant_under_test dat-ant_under_test Elevation dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.37 Supp Beam 1 db.64 Page 23
25 3.2 Vertical Pol Transmit Wide Angle Patterns File: See Legend Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : GHz Elevation dat-ant_under_test dat SGH-11 ch1 dbi Page 24
26 Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : 14. GHz Elevation dat-ant_under_test dat SGH-11 ch1 dbi Page 25
27 Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : GHz Elevation dat-ant_under_test dat SGH-11 ch1 dbi Page 26
28 Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : 14.5 GHz Elevation dat-ant_under_test dat SGH-11 ch1 dbi Page 27
29 Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : GHz Azimuth A.dat-ant_under_test A.dat SGH-11 ch1 dbi Page 28
30 Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : 14. GHz Azimuth A.dat-ant_under_test A.dat SGH-11 ch1 dbi Page 29
31 Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : GHz Azimuth A.dat-ant_under_test A.dat SGH-11 ch1 dbi Page 3
32 Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : 14.5 GHz Azimuth A.dat-ant_under_test A.dat SGH-11 ch1 dbi Page 31
33 3.3 Horizontal Pol Transmit Close-in Patterns File: See Legend Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : GHz dat-ant_under_test dat-ant_under_test Azimuth dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.38 Supp Beam 1 db.67 Page 32
34 Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : 14. GHz dat-ant_under_test dat-ant_under_test Azimuth dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.38 Supp Beam 1 db.65 Page 33
35 Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : GHz dat-ant_under_test dat-ant_under_test Azimuth dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.37 Supp Beam 1 db.63 Page 34
36 Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : 14.5 GHz dat-ant_under_test dat-ant_under_test Azimuth dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.36 Supp Beam 1 db.61 Page 35
37 Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : GHz dat-ant_under_test dat-ant_under_test Elevation dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.45 Supp Beam 1 db.72 Page 36
38 Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : 14. GHz dat-ant_under_test dat-ant_under_test Elevation dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.44 Supp Beam 1 db.7 Page 37
39 Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : GHz dat-ant_under_test dat-ant_under_test Elevation dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.43 Supp Beam 1 db.69 Page 38
40 Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : 14.5 GHz dat-ant_under_test dat-ant_under_test Elevation dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.43 Supp Beam 1 db.68 Page 39
41 3.4 Horizontal Pol Transmit Wide Angle Patterns File: See Legend Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : GHz Elevation dat-ant_under_test dat SGH-11 ch1 dbi Page 4
42 Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : 14. GHz Elevation dat-ant_under_test dat SGH-11 ch1 dbi Page 41
43 Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : GHz Elevation dat-ant_under_test dat SGH-11 ch1 dbi Page 42
44 Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : 14.5 GHz Elevation dat-ant_under_test dat SGH-11 ch1 dbi Page 43
45 Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : GHz Azimuth dat-ant_under_test dat SGH-11 ch1 dbi Page 44
46 Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : 14. GHz Azimuth dat-ant_under_test dat SGH-11 ch1 dbi Page 45
47 Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : GHz Azimuth dat-ant_under_test dat SGH-11 ch1 dbi Page 46
48 Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : 14.5 GHz Azimuth dat-ant_under_test dat SGH-11 ch1 dbi Page 47
49 3.5 Vertical Pol Receive Close-in Patterns File: See Legend Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : 1.95 GHz A.dat-ant_under_test dat-ant_under_test Azimuth A.dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.48 Supp Beam 1 db.83 Page 48
50 Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : 11.7 GHz A.dat-ant_under_test dat-ant_under_test Azimuth A.dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.44 Supp Beam 1 db.76 Page 49
51 Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : 12.2 GHz A.dat-ant_under_test dat-ant_under_test Azimuth A.dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.43 Supp Beam 1 db.75 Page 5
52 Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : 1.95 GHz dat-ant_under_test dat-ant_under_test Elevation dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.48 Supp Beam 1 db.83 Page 51
53 Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : 11.7 GHz dat-ant_under_test dat-ant_under_test Elevation dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.44 Supp Beam 1 db.76 Page 52
54 Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : 12.2 GHz dat-ant_under_test dat-ant_under_test Elevation dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.44 Supp Beam 1 db.75 Page 53
55 3.6 Vertical Pol Recieve Wide Angle Patterns File: See Legend Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : 1.95 GHz Elevation dat-ant_under_test dat SGH-11 ch1 dbi Page 54
56 Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : 11.7 GHz Elevation dat-ant_under_test dat SGH-11 ch1 dbi Page 55
57 Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : 12.2 GHz Elevation dat-ant_under_test dat SGH-11 ch1 dbi Page 56
58 Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : 1.95 GHz Azimuth A.dat-ant_under_test A.dat SGH-11 ch1 dbi Page 57
59 Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : 11.7 GHz Azimuth A.dat-ant_under_test A.dat SGH-11 ch1 dbi Page 58
60 Channel: ch1 Tx pol: Vert. Rx pol: Vert. Frequency : 12.2 GHz Azimuth A.dat-ant_under_test A.dat SGH-11 ch1 dbi Page 59
61 3.7 Horizontal Pol Receive Close-in Patterns File: See Legend Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : 1.95 GHz dat-ant_under_test dat-ant_under_test Azimuth dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.49 Supp Beam 1 db.85 Page 6
62 Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : 11.7 GHz dat-ant_under_test dat-ant_under_test Azimuth dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.45 Supp Beam 1 db.79 Page 61
63 Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : 12.2 GHz dat-ant_under_test dat-ant_under_test Azimuth dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.44 Supp Beam 1 db.77 Page 62
64 Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : 1.95 GHz dat-ant_under_test dat-ant_under_test Elevation dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.58 Supp Beam 1 db.93 Page 63
65 Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : 11.7 GHz dat-ant_under_test dat-ant_under_test Elevation dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.51 Supp Beam 1 db.87 Page 64
66 Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : 12.2 GHz dat-ant_under_test dat-ant_under_test Elevation dat SGH-11 ch1 dbi dat SGH-11 ch1 dbi Beam 3 db.5 Supp Beam 1 db.85 Page 65
67 3.8 Horizontal Pol Receive Wide Angle Patterns File: See Legend Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : 1.95 GHz Elevation dat-ant_under_test dat SGH-11 ch1 dbi Page 66
68 Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : 11.7 GHz Elevation dat-ant_under_test dat SGH-11 ch1 dbi Page 67
69 Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : 12.2 GHz Elevation dat-ant_under_test dat SGH-11 ch1 dbi Page 68
70 Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : 1.95 GHz Azimuth dat-ant_under_test dat SGH-11 ch1 dbi Page 69
71 Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : 11.7 GHz Azimuth dat-ant_under_test dat SGH-11 ch1 dbi Page 7
72 Channel: ch1 Tx pol: Horiz. Rx pol: Horiz. Frequency : 12.2 GHz Azimuth dat-ant_under_test dat SGH-11 ch1 dbi Page 71
73 Test Photographs Page 72
74 3.8 Meter Series 1385 Antenna System SATCOM Technologies East Maiden Test Facility 4488 Lawing Chapel Church Road Maiden, North Carolina 2865 Page 73
75 3.8 Meter Series 1385 Antenna System SATCOM Technologies East Maiden Test Facility 4488 Lawing Chapel Church Road Maiden, North Carolina 2865 Page 74
76 5. Test Equipment Details 5.1 General Information SATCOM Technologies / Prodelin Antenna Test Facility is located 5km (3 miles) East of Maiden, NC and approximately 16km (1 Miles) South-southeast of Prodelin main office in Newton, NC. We are located 61km (38 Miles) from Charlotte International Airport and 149km (9 miles) from Piedmont Triad International Airport in Greensboro, NC. The antenna range can test a multitude of frequencies between 8 MHz and 3.GHz, and antennas up to 4.5 meters in diameter. Testing is accomplished over a test path between a fixed transmit tower location and a fixed receive tower location, separated by a distance of Meters ( feet). Transmit and receive tower heights are meters (57.11 feet) above ground level. Using directional antennas, an unmodulated carrier wave (CW) test signal(s) are transmitted from the source tower location toward the receive tower location. The signal is then received and interpreted by the sophisticated Orbit F/R959 Antenna Measurement System. Data is digitally recorded and many options of data analysis and presentation are possible using the Orbit F/R DataPro and GD specific software. 5.2 Test range specifics: Range Length C/L Tx Source Antenna AGL C/L AUT Mounting Positioner AGL Meters ( Feet) Meters (57.11 Feet) Meters (57.88 Feet) Test zone: Frequency range.8-3. GHz Dynamic range 8 db (in most frequency bands) Gain +/-.5 db* Amplitude ripple < +/-.3 +/-2º-boresight Amplitude ripple < +/-.5 greater than 2º boresight Phase ripple < +/-5º* Cross-polar purity: -4 db* * For the majority of practical applications. Positioner: Axis 1 Azimuth Accuracy <.12º Axis 2 Elevation Accuracy <.1º Max load: 8 Lbs. Page 75
77 5.3 Test Equipment: Manufacturer: Model Options S/N HP Microwave Receiver 853A Ze 331A877 (Top Section) HP Microwave Receiver (Btm Section) 853A 11-8ZE 349A31 HP Synthesized Sweeper Source # B 3844A444 (Tx Source) 1Mhz 5GHz HP Amplifier 2-5GHz 835A 8ZE 3331A52 HP Power Supply 87421A 3611A932 (For 835A Amplifier) HP Synthesized Sweeper Source 83621B 3614A156 #2 (Reference Source) 1Mhz 2GHz HP LO/IF Distribution Unit 8539A 3224A188 HP Extender (Up-Range) 3724A U2455 HP Extender (Down-Range) 3724A U23735 HP Mixer Module (Reference) 8532B 86A GHz -71Mv HP Mixer Module (Test) GHz HP Spectrum Analyzer 9kHz - 4 GHz 8532A 8564E 331A A Positioner Equipment: Orbit Positioner Programmer (To control Tx positioner) Orbit Positioner Controller & PCU (Up Range Power Control Unit) Orbit Positioner Controller & PCU (Down Range Power Control Unit) AL-476-3B 28 AL-486-3A 182 AL-486-3A 1 & Software F/R Signal Distribution Unit 959 K136 Orbit F/R 959 Data Acquisition Software Automated Antenna Measurement Workstation Spectrum Version Rev-A Orbit F/R DataPro Plus Software Antenna Data Presentation and Analysis Spectrum Version Rev-A Page 76
78 5.6 Bock Diagram 5.7 Staff / Contact Information: Two full time operators with a combined total of 35+ Years experience in antenna testing. Dwight B. Lutz phone: dwight.lutz@gdsatcom.com Ken Poovey phone: kenneth.poovey@gdsatcom.com Fax: Internet: Page 77
Verification Test Plan
(Note: the configuration data provided in this test plan is subject to change.) Antenna Verification Testing and scheduling Tel: +1 202 944 6796 Cell phone:+1 202 445 0730 Fax: +1 202 944 7000 Antenna
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