Datasheet for ODVIIIA-M - Radio Frequency Systems

Product Data Sheet
ODVIIIA-M
Tactical Antennas ODV Series
Product Description
The full 225 to 400MHz UHF frequency band is covered by this omnidirectional Transmit-Receive
antenna.
Features/Benefits
This antenna enables Ground/Air, Ground/Ground and Ground/Sea tactical communications.
This tactical equipment is strong, lightweight and corrosion resistant.
The antenna is fitted with a support composed of a spigot which may be directly fitted to the top of an MT 6/60 or MT 7.5/60 mast.
This antenna can be included in a transit case which also contains a MT 6/60 mast with its accessories. The mast size is optional.
All information contained in the present datasheet is subject to confirmation at time of ordering
Technical Specifications
Antenna, Tactical
VHF/UHF Omnidirectional - Discone
225 - 400
0.3 cw
50
Vertical
2.5
<2:1
90
Omnidirectional at +/- 0.5 dB
N type socket
55 (21.7) length of RG213U
-30 to +70 (-22 to 158)
3.3 (7.3)
64 (25.2) including support
40 (15.7)
Conical fitting with locking butterfly
250 (155)
150 (93)
Aluminum alloy
TAN X
Army green (IR NATO 24X5)
Product Line
Product Type
Frequency Range, MHz
Power Rating, kW
Impedance, ohms
Polarization
Isotropic Gain, dBi
VSWR
Half Power Beamwidth E-Plane, degrees
Half Power Beamwidth H-Plane, degrees
Input Connector
Coaxial Tail Length, cm (in)
Operating Temperature Range, °C (°F)
Weight, kg (lb)
Dimensions (Height/Length), cm (in)
Base Diameter, cm (in)
Mounting (Standard), mm (in)
Wind Rating (no ice), km/h (mph)
Wind Rating (2cm Ice), km/h (mph)
Material
Coating
Color
Notes
Other Documentation
RFS The Clear Choice ®
Please visit us on the internet at http://www.rfsworld.com/
ODVIIIA-M
Rev: --
Print Date: 31.03.2017
Radio Frequency Systems
Product Data Sheet
ODVIIIA-M
All information contained in the present datasheet is subject to confirmation at time of ordering
Tactical Antennas ODV Series
RFS The Clear Choice ®
Please visit us on the internet at http://www.rfsworld.com/
ODVIIIA-M
Rev: --
Print Date: 31.03.2017
Radio Frequency Systems