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DOMINATOR ANTENNAS By Norwalk Electronics Welcome to Norwalk Electronics, your factory direct connection for the Dominator NWE-34 FM broadcast antenna. Our goal has been to provide high gain economical antennas that are reliable and easy to install. Norwalk Electronics designed the first experimental prototype of the powerful Dominator FM broadcast antenna in 1996. The Dominator is now a recognized low cost alternative to multi bay installations that has proved itself to be effective with more then a decade of service in over a thousand broadcast stations around the world. This antenna is listed on the FCC CDBS database as ID # 86494. The Dominator FM broadcast
antenna is so effective it
eliminates the need for multi bay antennas in most installations. Don't
take our word for it. Try one for yourself 100% risk free. If you don't
agree the Dominator is the most powerful FM
broadcast antenna ever designed, simply send it back within 30 days of receiving it for a
refund of your purchase price! Why spend $10,000 in materials alone to
construct a
multi bay system when a single Dominator could provide the same coverage
area at a fraction of the cost? In our opinion the major FM broadcast antenna manufacturers have taken the wrong approach for the last 60
years. Their answer for more gain has been to stack multiple 0 db or
negative 3 db antennas
together to provide gain. Why not start with an antenna that offered high gain by
its efficient design alone? Especially when you consider this is an easy
task at VHF frequencies. Why
did this band fail to advance past variations of the basic dipole design
for so long? Many parts of the world have been quicker then the USA at
realizing circular polarization wasn't the answer either. For more info
on the lack of efficiency in CP antennas please visit the Polarization
Info page by clicking on the underlined link. The
Dominator FM broadcast antenna has been constructed to handle extreme
weather conditions. Its large diameter aluminum alloy tubing is able to
handle hurricane force winds and survives enormous ice loading. The
antennas wide bandwidth allows it to maintain an excellent VSWR under these
icing conditions. Other antenna designs would require costly radomes and de-icers to approach this level of VSWR performance.
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