Directional Antenna Information

0076-EX-ST-2018 Text Documents

General Dynamics Mission Systems

2018-01-15ELS_203317

Friday, January 12, 2018
12:00 PM




                           New Section 1 Page 1


                                                                                            INFRASTRUCTURE ANTENNAS
                                                                                                        Sector Panels



4.9—5.9GHz 65° & 90° Sector Panels
This WiMAX antenna is designed to cover frequencies from 4.9 to 5.9 GHz. It
offers excellent port to port isolation of 30 dB typical, with a VSWR of less
than 1.5 in a rugged, off—white UV resistant radome.

Features
+      Outstanding port to port isolation of 30 dB typical
+      VSWR of less than 1.5
+      Great upper side lobe suppression
+      Adjustable scissors—style pipe mount bracket with 0—10° downtilt




RF/Electrical Specifications
                     Frequency                                Azimuth    Elevation
        Model:         Range             Nominal Gain        Beamwidth Beamwidth
    Spa959—17XP6S    4.9.5.4 GHz            17.5 dBi          65° +/ 104     5
                     5.45.9 GHz             16.5 dBi          65° +/ 106     5
    Sp4950—16XP90    4.9.5.4 GHz            16.5 dBi          90° +/ 10%     5s
                     5.45.9 GHz             15.5 aBi          90° +/ 10%     5t                           a
                                                                                               Technical Data
                                                                                                Polarization:
                                                                                                   Lineardual stant +/— 45"
Mechanical Specifications                                                                       "°5"{‘]‘2::“';"P°‘““‘°:
                Temperature                     Dimensions         Weight          Wind         Towe:
    Model          Range                        (LX W X D)         (Mass)      Survivability       cis
 §94959—17XP6S      40°C to 65°Cstorage /       28"x6.7x3.5"          7 ibs      125 mph        Front to Back Ratio:
                    —40°C to 65°C aperating   (711 x 171 x90 mm)    3. t ke)    200 k/            >25 48
 $P4959—16XP30      ~A0°C to 65°C storage /    28"x6.7" x 3.5"       7 is         125 mph       Port to Port Isolation:
                    —40°C to 65°C operating   (711 x 171 x30 mm)    .t k)        200 km/h)        30 aB typical
                                                                                                Upper Side Lobe Suppression:
                                                                                                  30 degrees above horizon: > —15 0B
                                                                                                Redome Materiat:
                                                                                                  Gray UV resistant plastic
                                                                                                Connector:
                                                                                                  ‘pe N female
                                                                                                Mounting Metho:
                                                                                                  Adjustable pipe mount bracket (included)
                                                                                                Mount Material:
                                                                                                  Nickel Zinc Trvalent Plated Steel
                                                                                                  (RotS Compliant)

TESSCco
 ; §                                www.tessco.com               800.472.7373
making wireless work


PCTEL, Inc.         WEB: www.antenna.com                                                                                               129



Document Created: 2018-01-12 12:00:40
Document Modified: 2018-01-12 12:00:40

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