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Doppler Radar Systems
WDS is the only radar manufacturer that has years experience with
grid-pulse TWT systems specifically designed for the weather radar
market. The WDS/Teledyne team’s visionary TWT designs offer
the performance and agility that coaxial magnetron and cathode-pulsed
klystrons can’t compete with - an edge the US military has
long realized.

Federal guidelines for
RF exposure are becoming increasingly more restrictive with more
stringent licensing requirements. WDS produces the only high-performance
low-RF emission radar systems on the market today. The Company was
founded on this principle and we are proud to say we have been designing
and manufacturing the most technologically advanced high-performance
low RF-emission radar systems since our inception. Our radar systems
are comprised of complex processing algorithms, advanced receiver
technology, and coherent pulse transmitter designs derived from
current military electronic warfare systems.
As a designer and manufacturer,
we're able meet your specific radar needs and monetary considerations.
Our lineup of advanced coherent-pulse C-band Doppler radar systems
includes a variety of power ranges and antenna sizes (up to 25-feet)
with a choice of pedestal configurations and radomes.
We also take pride in the fact
that we offer the only true coherent-pulse Doppler weather radar
system in its class on the market today. WDS radar systems are based
on the same theory of operation as the National Weather Services
NexRad and the FAA TDWR wind shear radars in use at the nation’s
largest airports.
Dual Polarization Systems
The distinct advantage of this high-end system
is the ability to distinguish between many target types with unique
signatures such as rain, hail, sleet, freezing rain, graupel, and
more. All government NexRad systems are slated for dual polarization
upgrades. WDS is offering dual polarization hardware to the commercial
market today.
Pulse Compression Systems
Pulse compression is a technique commonly used
in military radars that enable lower peak power systems to out-perform
systems using several hundred kilowatts. Call for details. |
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