Procom FLX 1812-...-fme - Manual

FLX 1812/...-FME
End-Fed ½ λ Dipole Antenna with Universal FME-
Connection System for Portable Equipment in the 1800
MHz Band
DESCRIPTION
Flexible antenna made of steel wire covered with black silicone tubing.
End-fed ½ λ whip – groundplane independent.
High gain and efficient decoupling from the portable equipment due to
half-wave design.
5 dB gain compared to a ¼ λ antenna whip on the same equipment.
Highest quality materials in a long-lasting and durable design.
Models available for the DCS-1800/PCN cellular system and for the DECT
cordless telephone system.
Provided with universal FME-connection system for optimum flexibility
and easily exchangeable connectors.
Designed for use with the following of Procom's line of black FME-
connectors (to be ordered separately): BFME-BNC, BFME-TNC, BFME-N,
BFME-MUHF, BFME-EBNC, BFME-ETNC and BFME-EMUHF.
ORDERING DESIGNATIONS
TYPE PRODUCT NO. FREQEUNCY PURPOSE/
SYSTEM
FLX 1812/DCS-FME 140000220 1710 - 1880 MHz DCS-1800/PCN
cellular system
FLX 1812/DECT-FME 140000219 1880 - 1900 MHz DECT cordless
telephone
Special frequencies may be quoted on request.
SPECIFICATIONS
ELECTRICAL
MODEL FLX 1812/...-FME
ANTENNA TYPE End-fed ½ λ antenna for portable equipment
FREQUENCY Center frequency to be stated within 1700-1900 MHz
IMPEDANCE Nom. 50 Ω
POLARIZATION Vertical
GAIN 5 dB (compared to a ¼ λ portable antenna
on the same equpiment)
BANDWIDTH ≥ 200 MHz @ SWR ≤ 2.0
SWR < 1.3 @ f. res.
MAX. POWER 5 W
MECHANICAL
MATERIALS Silicone tube over flexible steel wire
Black-chromed brass
COLOUR Black
TOTAL HEIGHT Approx. 115 mm
WEIGHT Approx. 25 g
CONNECTOR FME (female) (Exchangeable BFME-connectors
to be ordered separately)
TYPICAL SWR CURVE
RECOMMENDED BFME-CONNECTORS
(To be ordered separately)
PLEASE NOTE
The FLX 1812 is also available with SMA male connector, but in
this case with fixed, nonexchangeable connector (not FME-connection
system). Information on this special version on request.
PROCOM A/S reserve the right to amend specifications
without prior notice.
20/12/13