dba6927c1 698-960 mhz/1710-2700 mhz dipole blade omnidirectonal antenna americas: +1.847 839.6907 ias-americaseastsales@lairdtech.com europe: +44.1628.858941 ias-eusales@lairdtech.com asia: +86.21.5855.0827.127 ias-asiasales@lairdtech.com www.lairdtech.com articulating dipole blade omnidirectional antenna the dba6927c1 dipole blade is an omnidirectional antenna highly suited as a broadband solution for wireless devices that will be configurable for multiple communication protocol applications. those protocols include the domestic cellular/pcs/aws/mds, wimax 2100/2300/2500/2600 and global gsm900/gsm1800/umts/lte2600 bands. the antenna is provided with an articulating 90 degree arm that can be position to provide optimal coverage for indoor wireless solutions. features and benefits ? low profle blade style sheath ? applicable for both 3g and 4g solutons ? domestc lte 700 and global lte 2600 bands ? domestc cellular and global gsm ? wimax 2100/2300/2500/2600 ? conformance to rohs ? complete cellular and 3g/4g data communicatons in a single antenna ? artculatng arm that allows antenna positoning to provide maximal coverage markets ? wireless access points ? wireless routers ? m2m devices typical electrical specifications model dba6927c1 frequency 698-806 mhz 824-894 mhz 880-960 mhz 1710-1880 mhz 1850-1990 mhz 1920-2170mhz 2100-2500 mhz 2500-2690 mhz peak gain 0.5 dbi (698-960 mhz) 2.2 dbi (1710-2700 mhz) average efciency 55% (698-960 mhz) 73% (1710- 2700 mhz) vswr < 2.5:1 nominal impedance 50 ohms polarizaton linear max. input power 3 wats rf connector tnc male antenna weight 49 g operatonal temperature -35c to +70c material substance compliance rohs compliant antenna color black size (l x w x d) 229 mm x 30.5 mm x 15 mm part no. connector blade angle DBA6927C1-FTNCM tnc C male 90 deg dba6927c2-ftncm tnc C male 0 deg dba6927c1-frncm r/p tnc C male 90 deg dba6927c2-frncm r/p tnc C male 0 deg connectors
dba6927c1 698-960 mhz/1710-2700 mhz dipole blade omnidirectonal antenna ant-ds-dba69271-ftncm 071014 any informaton furnished by laird technologies, inc. and its agents is believed to be accurate and reliable. all specifcatons are subject to change without notce. responsibility for the use and applicaton of laird technologies materials rests with the end user. laird technologies makes no warrantes as to the ftness, merchantability, suitability or non-infringement of any laird technologies materials or products for any specifc or general uses. laird technologies shall not be liable for incidental or consequental damages of any kind. all laird technolo - gies products are sold pursuant to the laird technologies terms and conditons of sale in efect from tme to tme, a copy of which will be furnished upon request. ? copyright 2011 laird technologies, inc. all rights reserved. laird, laird technologies, the laird technologies logo, and other marks are trade marks or registered trade marks of laird technologies, inc. or an afliate company thereof. other product or service names may be the property of third partes. nothing herein provides a license under any laird technologies or any third party intellectual property rights. typical radiation patterns 2500 mhz band 2700 mhz band azimuth plane phi 0 degree plane phi 0 degree plane azimuth plane 698 mhz band 824 mhz band 880 mhz band 960 mhz band 1710 mhz band 1880 mhz band 2170 mhz band 2400 mhz band azimuth plane azimuth plane phi 0 degree plane phi 0 degree plane azimuth plane azimuth plane azimuth plane azimuth plane phi 0 degree plane phi 0 degree plane phi 0 degree plane phi 0 degree plane azimuth plane azimuth plane phi 0 degree plane phi 0 degree plane
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