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PRODUCT
SPOTLIGHT
Sensors/Imaging Software
Tactical Networking Amplifiers Test & Measurement Equipment
Teledyne Nova Sensors develops and manufactures infrared
imagers for integration into higher level assemblies used for
test and analysis. The cameras can either be closed cycle
(cooler) or liquid nitrogen filled depending on the application
and form/fit requirements within the instrument.
Our designs enable our customer's ability to manipulate
integration times, frame times, and cold filters to meet the
most precise testing requirements. A 1/3 liter LN2 pour-filled
Dewar assembly maintains temperature for up to 20 hours
unpowered and 9 hours powered; this makes our pour-filled
cameras perfect for scientific imaging, process analysis, and
quality assurance. A developer's kit is available for users who
wish to create their own applications.
Teledyne Nova Sensors
760 McMurray Road
Buellton, CA 93427
PH: (805) 693-9600
Jeff.Anderson@teledyne.com
www.camerasbyteledyne.com
Modern Software Defined Tactical Radios use sophisticated
networking modulation formats and require advanced booster
amplifier designs in their systems. AR Modular has two new
products, the AR-20R covers 225 MHz to 1.9GHz with 20W PEP
output, and the AR-55L provides 50W PEP output, across the 1.2
to 1.9GHz band. Both offer switchable low-noise amplifiers with
filtering to protect the receive path from co-site interference.
Check out our full line of tactical amplifiers at
http://www.arww-modularrf.com/military_systems.cfm.
AR Modular RF
21222 30th Dr. SE
Building C, Suite 200
Bothell, WA 98021
PH: (425) 485-9000
modularrfsales@arworld.us
www.arww-modularrf.com
FEKO is a comprehensive electromagnetic simulation software tool,
based on state-of-the-art computational electromagnetics (CEM)
techniques. It enables users to solve a wide range of electromagnetic
problems and is widely used in the telecommunications, automobile,
space, and defence industries.
In FEKO, the MoM is hybridized with the following solution techniques:
Finite Element Method (FEM)
Physical Optics (PO)
Ray-Launching Geometric Optics (RL-GO)
Uniform Theory of Diffraction (UTD)
FEKO added its first time domain technique — finite difference time
domain (FDTD) solver with Suite 7.0 in 2014.
Altair acquired 100 percent of EMSS-S.A. and its international
distributor offices in the U.S., Germany, and China in June 2014. This
development will see the FEKO solver being added to the Hyperworks
suite. In-house electromagnetic expertise crossing multiple industries
will enable the company's consulting arm, Altair ProductDesign, to
take on more responsibility in customer engagements where this
specialized applied engineering knowledge is required.
Altair — FEKO
100 Exploration Way, Suite 310-B, Hampton VA 23666
PH: (757) 224 0548 or (866)-419-FEKO [3356]
FX: (757) 282 5897
info@feko.info
www.feko.info www.altair.com
The field-proven, portable IDA2 Interference and Direction
Analyzer from Narda Test Solutions (www.narda-ida.com) is a
complete and efficient all-in-one RF measurement system tailored
precisely to its application: RF source localization of interferers.
It is a true direction finder with the qualities of a receiver in a
lightweight, hand-held format, with an extremely fast sweep time
of 12 GHz/sec and a real-time bandwidth of up to 32 MHz for
intercepting short-term signals. The
unique smartDF
®
direction-finding
mode manages triangulation results
and automatically calculates emitter
positions using stored maps. These
features and the IDA's ergonomic
design enable the quick localization
of interfering transmitters for close-
range reconnaissance and signal
monitoring.
The new high-resolution spectrogram with close to real-time
resolution, and the persistence display, make it possible to trace
underlying interferers and frequency hopping signals.
The IDA is available in North America through A.G. Franz, LLC.
A.G. Franz, LLC
5 Stanton Court, Plainsboro, NJ 08536
PH: (800) 351-1894 or (609) 936-1919
narda-sales@agfranz.com
www.agfranz.com/narda-ew
Electronic Military & Defense Annual Resource, 4th Edition