RADOM Search Results

DB564K

Abstract: DB564 DB564-K
Contextual Info: DB 564K 120° directional antenna 14 dBd GAIN, 806-940 MHz DB564K uses a welded all-aluminum, solid rod backscreen to provide a 120° directional pattern with 14 dBd gain. The antenna is enclosed in a Horizon Blue radome made of strong, lightweight Aeroglas fiberglass, a Decibel exclusive for antennas. Aeroglas is also

DB786DC5N-XM

Contextual Info: éT DB786DC5N-XM dB Diamond Series Indoor Antenna Broadband 800- 1990 MHz DB786DC5N-XM Model Number Impedance 50 ohms Termination Type N - Female Frequency Range 800-1000 M H z an d 1550-1990 M H z in a single radome. Gain 15 2 m m ' Unity or 2.15 dBi <1.5:1

Contextual Info: PCS FIXED STATION ANTENNAS Dipole Array Antenna M o d el ASPKM986 Typical Patterns Precision Engineered — solid state feed and cable are laminated between expanded PVC radomes Aesthetically Pleasing — thin profile provides unobtrusive appearance Broadband Perform ance — covers 280 MHz at

DB567KY

Abstract: radom DB567K Decibel Products T61-T62
Contextual Info: DB567KY 60° DUAL ANTENNA 1 7 dBd GAIN, 806-894 MHz Th e D B 5 6 7 K Y dual directional antenna uses tw o om ni antennas, one m ounted to each side o f tw o 90 ° welded all-alum inum , solid-rod backscreens welded to a single pipe. Th e y are enclosed in Horizon Blue radom es m ade of strong, lightweight Aeroglas fiberglass, a

DB638

Abstract: DB-638 DB636 omnidirectional antenna DB-636 DB636/638-C
Contextual Info: Jill Û B 636 OMNI ANTENNAS D B638 6 or 8 dBd GAIN, 406-512 MHz r * DB636 with 6 dBd gain and DB638 with 8 dBd gain are UHF omnidirectional antennas. Radiators are enclosed in a 3 " 76.2 mm OD Horizon Blue radome made of MinimumTip-Deflection (MTD®) fiberglass, Decibel's heavy duty radome material that resists high

K929

Abstract: k 2996
Contextual Info: CELLULAR FIXED STATION ANTENNAS Optional Radome Accessory Kit Model K-928 Installs quickly and easily on any A SP-2996 yagi, providing quality ice protection and aesthetic appeal. Optional Mounting Bracket Kit Model K-929 Allows mounting A SP-2996 on either a flat wall surface

DB633

Abstract: omnidirectional MHz antenna
Contextual Info: AUEN UB83Ü OMNI ANTENNAS OB833 UNITY and 3 dBd GAIN, 406-512 MHz These are UHF omnidirectional antennas enclosed in 2" 50.8 mm 0D Horizon Blue radomes made of Minimum-Tip-Deflection (MTD®) fiberglass, Decibel’s radome material that resists extremely high winds with very little tip deflection.

ASPB574

Abstract: ASPC574 tunable antenna
Contextual Info: Rugged Low Silhouette High Band Antennas Models ASP-574 Series Rugged — high impact molded ASA radome provides high degree of protection from hostile environments Performance — when mounted on flat surface, maximum radiation is vertical and omnidirectional

db567kr90

Abstract: S567R90-XT S567R90-XC
Contextual Info: DIRECTIONAL ANTENNA DB567KR90 190° 10 dBd GAIN, 806-894 MHz W 'w DB567KR90 uses a welded all-aluminum, solid-rod backscreen to provide a 190° directional pattern with 10 dBd gain. The antenna is enclosed in a Horizon Blue radome made of strong, lightweight Aeroglas fiberglass, a Decibel exclusive for antennas. Aeroglas is also

DB809M

Abstract: DB809K DB809 DB809K-SY
Contextual Info: DB809K OMNI ANTENNAS DB809M 9 dBd GAIN, 806-960 MHz These are omnidirectional antennas with similar gain, V S W R and frequency range. How ever, radiators o f the D B 8 0 9 M are enclosed in a 2 " 50.8 m m O D radom e, and o f the D B 8 0 9 K in a 3 " (7 6 .2 m m ) radom e. Both radom es are Horizon Blue M inim um -Tip-Deflection (MTD®)

DB806D-XC

Abstract: DB806D-XT DB806 DB806D-Y DB806D DB806TL-XT DB806TL-Y DB806TL DB806T6TL-XC DB806T
Contextual Info: 0B806D DUAL and TRIPLE ANTENNAS DB806TL 6 dBd GAIN each , 806-960 MHz The D B 8 0 6 D has tw o 6 dBd gain antennas and the D B 8 0 6 T L has three in a single radom e with 40 dB isolation. Radiators are enclosed in a Horizon Blue radom e m ade of 3 " (7 6 .2 m m ) O D M inim um -Tip-Deflection (MTD®)

Contextual Info: Micro Body/Stud Mount Pat.Pnd. WiFi, W iM ax & 4.9 Public Safety Mounts easily to vehicle or fixed utility box with a small 9/16" mounting hole (14.3 mm) "Thumb" sized, offers impressive 2.5 dBi gain Rugged and weathertight ABS radome with foam sealing gasket

helicopter construction

Abstract: db536 UHF Antenna DB-536
Contextual Info: OMNIDIRECTIONAL ANTENNA 5.5 dBd GAIN, 406-470 MHz DDB536 is a UHF antenna with patented Center-Fed-Collinear CFC® design. Radiators are enclosed in a Horizon Blue radome made of strong, lightweight Aeroglas® fiberglass, a Decibel exclusive for antennas. Aeroglas is also used for helicopter blades, Olympic

FAKRA

Abstract: fakra connector MAANIN0055 horizon
Contextual Info: Part No. MAANIN0055 Automotive Telematics Automotive Roof Mount Sirius Satellite Digital Radio Antenna Shape Dimensions Cable Protector Length Weight Color Radome Material Output Connectors Cable Materials Base Construction Mounting Elliptical base, low-profile contoured radome

7432

Abstract: radome Nearson 7432 or data sheet 7432 radome in antenna SG104N-2450
Contextual Info: NEARSON SG104N-2450 2.4GHz Omni Directional Antenna Features • Frequency range: 2.4~2.5 GHz • Ultra-violet resistant fiberglass radome • Die casting mounting base with rugged structure design Technical Data Electrical Properties Frequency Range 2400~2500 MHz

3g coverage antenna

Contextual Info: SINGLE BAND, DUAL POLARISED ANTENNA UMTS XP/65/11.5/0 TYPE: 2201 SINGLE-BAND 3G APPLICATIONS ULTRA LOW-PROFILE RADOME SIDELOBE SUPPRESSION The ‘3G Series’ of panel antennas from Thales have been designed to easily facilitate the installation of Third Generation cellular infrastructure into new

Contextual Info: TWIN BEAM, DUAL POLARISED ANTENNA UMTS XP/65/2-18.5/2 TYPE 2242 UMTS SINGLE BAND HIGH CAPACITY APPLICATIONS LOW-PROFILE RADOME This ‘Twin Beam’ model has been designed to double channel capacity at busy sites, by replacing the existing single panel. It comprises two

Contextual Info: DUAL POLARISED PANEL ANTENNA GSM1800 XP/65/18/2 or 5 TYPE 100-0010/17 HIGH GAIN LOW-PROFILE RADOME The GSM1800 base station antennas are available with 65 or 85° sector coverage, and include suppressed sidelobes as a standard feature. A number of models provide

3g coverage antenna

Contextual Info: SINGLE BAND, DUAL POLARISED ANTENNA 65°/18.5 dBi TYPE: 2211 ‰ SINGLE-BAND 3G APPLICATIONS ‰ ULTRA LOW-PROFILE RADOME ‰ SIDELOBE SUPPRESSION The ‘3G Series’ of panel antennas from Thales have been designed to easily facilitate the installation of Third Generation cellular infrastructure into new or

3g coverage antenna

Contextual Info: SINGLE BAND, VERTICALLY POLARISED ANTENNA UMTS VP/65/18/2 TYPE: 2259 SINGLE-BAND 3G APPLICATIONS ULTRA LOW-PROFILE RADOME HIGH GAIN The ‘3G Series’ of panel antennas from Thales have been designed to easily facilitate the installation of Third Generation cellular infrastructure into new or existing

Contextual Info: DUAL POLARISED DIRECTIONAL ANTENNA GSM900 XP/65/9 GSM 1800 XP/65/8 TYPE 1764 ‰ COMPACT RADOME ‰ SIDELOBE SUPPRESSION This compact dual-band unit is intended for Microcell applications, either indoor or outdoor, where visual impact is important. Sidelobe suppression

Thales

Contextual Info: SINGLE BAND, DUAL POLARISED ANTENNA UMTS 33/21/2 or 4 TYPE: 2233 SINGLE-BAND 3G APPLICATIONS LOW-PROFILE RADOME 33 DEGREE BEAMWIDTH The ‘3G Series’ of panel antennas from Thales have been designed to easily facilitate the installation of Third Generation cellular infrastructure into new or

Contextual Info: DUAL POLARISED PANEL ANTENNA GSM900 XP/60/12 TYPE 1719 ‰ HALF-SIZE PANEL ‰ SUPRESSED SIDELOBES This half-sized panel suits microcell applications in urban areas. It has a compact radome, and the electrical design features highly-suppressed sidelobes to minimise interference with adjacent cells. The illustration shows

Contextual Info: DUAL POLARISED TWINBEAM ANTENNA GSM1800 XP/2-65/17.5/2 TYPE 100-0024 HIGH CAPACITY APPLICATIONS LOW PROFILE RADOME This ‘Twin Beam’ model has been designed to double channel capacity at busy sites by replacing the existing single panel. It comprises two separate dualpolar antennas side-by-side in a single radome. This configuration reduces