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Datasheet For I-ato1-380/2700-02

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Product Data Sheet I-ATO1-380/2700-02 Indoor Omnidirectional Antenna 380-2700 MHz Product Description This omnidirectional antenna is specifically designed for broadband in-building distribution of TETRA/CDMA/GSM/3G/2.4GHz WLAN/Bluetooth and LTE systems. The antenna is constructed from lightweight materials suitable for ceiling mounting. The off-white radome blends easily into most building aesthetics. I-ATO1-380/2700-02 Features/Benefits • Broadband 380-960 and 1710-2700MHz • Input power 50Watt maximum • Low VSWR • Supports all wireless communication systems • Aesthetically designed • Lightweight (ABS) radome • Extend a Low Loss Cable • Ceiling mount, easy to install Technical Specifications Product Type Application Frequency Range, MHz Number of Input Ports Connectors Impedance, Ohm max. VSWR All information contained in the present datasheet is subject to confirmation at time of ordering Total Input Power, W Gain, dBi Polarization Horizontal Beamwidth, deg Vertical Beamwidth, deg Connector Cable, mm (in) Radome Material Radome Color Mounting Hardware included Height, mm (in) Width, mm (in) Weight, kg (lb) Environmental Class Omnidirectional Antenna Indoor 380-960 / 1710-2700 1 N female 50 2.5 @ 380-960 MHz 1.7 @ 1710-2700 MHz max. 50 2.0 @ 380-698 MHz 3.5 @ 698-960 MHz 6.5 @ 1710-2700 MHz Vertical 360 85 @ 380-698 MHz 70 @ 698-960 MHz 30 @ 1710-2700 MHz 300 (11.81) ABS White Ceiling mount, fixed with nut 175 (6.89) Ø 320 (12.6) 0.7 (1.54 ) Indoor Notes Other Documentation RFS The Clear Choice ® Please visit us on the internet at http://www.rfsworld.com/ I-ATO1-380/2700-02 Rev: A / 2015/02/05 Print Date: 31.03.2017 Radio Frequency Systems Product Data Sheet I-ATO1-380/2700-02 All information contained in the present datasheet is subject to confirmation at time of ordering Indoor Omnidirectional Antenna 380-2700 MHz RFS The Clear Choice ® Please visit us on the internet at http://www.rfsworld.com/ I-ATO1-380/2700-02 Rev: A / 2015/02/05 Print Date: 31.03.2017 Radio Frequency Systems