PcB - High Frequency Electronics
PcB - High Frequency Electronics
PcB - High Frequency Electronics
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IN THE NEWS<br />
Raytheon Company was awarded a $636 million<br />
development and sustainment contract to provide<br />
the Exoatmospheric Kill Vehicle to The Boeing<br />
Company, which is the prime contractor for the Groundbased<br />
Midcourse Defense program. Raytheon booked<br />
the award during its second<br />
quarter. EKV represents the<br />
centerpiece for the Missile<br />
Defense Agency’s GMD as the<br />
intercept component of the<br />
Ground Based Interceptor,<br />
also known as GBI, which is<br />
designed to engage high-speed<br />
ballistic missile warheads in<br />
space. The EKV is designed to<br />
destroy incoming ballistic missile<br />
threats by colliding with<br />
them, a concept often described<br />
as “hit to kill.” EKV has an<br />
advanced multi-color sensor that is used to detect and<br />
discriminate incoming warheads from other objects. It<br />
also has its own propulsion, communications link, discrimination<br />
algorithms, guidance and control system<br />
and computers to support target selection and intercept.<br />
The DoD announced that DRS Soneticom, Inc.,<br />
Melbourne, Fla., is being awarded a $10,784,185 costplus-fixed-fee<br />
contract to develop an operational prototype,<br />
man-portable signals intelligence (SIGINT)<br />
receiver to support the Joint Threat Warning System<br />
Ground SIGINT kit program. The Tactical SIGINT Tool,<br />
as envisioned, will be a small form factor, easily mission<br />
configured, secure handheld/body-worn networked<br />
device that provides real-time SIGINT and precision<br />
geolocation while incorporating a dedicated communications<br />
capability for command and control functions and<br />
cooperative geolocation.<br />
QinetiQ North America, Inc., Huntsville, Ala., is<br />
being awarded a $9,902,317 cost-plus-fixed-fee, indefinite-delivery/indefinite-quantity<br />
contract for design and<br />
integration of manned and unmanned craft systems<br />
for the Naval Surface Warfare Center, Carderock,<br />
Combatant Craft Division. The contract is for engineering<br />
and technical management support on all programs<br />
and projects related to the design and integration of<br />
systems for manned and unmanned craft. Work will<br />
primarily be performed in the Virginia Beach, Va., and<br />
is expected to be completed by July 2015. Contract funds<br />
will not expire at the end of the current fiscal year. The<br />
Naval Surface Warfare Center, Carderock, Philadelphia,<br />
Pa., is the contracting activity.<br />
Pole/Zero Corporation and Delcross Technologies<br />
announced a partnership to offer customers a “turnkey”<br />
source for solutions to the challenges of antenna placement<br />
optimization and RF cosite interference<br />
mitigation in shipboard, airborne and vehicular applications.<br />
Delcross Technologies is a recognized industry<br />
leader in simulating installed antenna patterns and<br />
antenna-to-antenna coupling characteristics on complex<br />
military platforms. In conjunction with Pole/Zero’s<br />
state of the art RF cosite interference analysis software<br />
and mitigation equipment, the Pole/Zero and Delcross<br />
Technologies team will afford developers of new or modified<br />
radio communications platforms first-time success<br />
in fielding these systems.<br />
Spectracom announced it has been awarded a contract<br />
to supply the US Air Force Metrology Calibration<br />
Program (AFMETCAL) with precision timing and<br />
frequency test equipment over the next five years.<br />
Spectracom <strong>Frequency</strong> Calibrator/Analyzers will be<br />
used across several AFMETCAL projects to test and<br />
calibrate any device or system that relies on a precisely<br />
timed signal. Typical applications include radar, radio<br />
and communications, guidance systems, and avionics.<br />
The new <strong>Frequency</strong> Calibrator/Analyzers will replace<br />
previous generation units as well as be used in variety<br />
of new deployments. They will be installed in metrology<br />
laboratories, portable calibration systems, and flightline<br />
testing equipment. In addition to analyzing and<br />
calibrating signal frequencies, the built-in atomic clock<br />
will be used as an ultra-stable frequency and timing<br />
reference standard.<br />
Analog Devices named four strategic advocates to<br />
the Analog Devices University Program. Strategic<br />
Advocates serve as distinguished advisors who provide<br />
insight and guidance to the company’s ongoing mission<br />
to promote and support hands-on, active learning<br />
at engineering universities throughout the world.<br />
As strategic advocates, the following four educators<br />
will provide the Analog Devices University Program<br />
advice and support to develop online and downloadable<br />
software and teaching materials, online support,<br />
textbooks, reference designs and lab projects to enrich<br />
students’ education about analog circuits and their<br />
application to core engineering and physical science<br />
curricula: Robert Bowman, professor of electrical and<br />
microelectronic engineering at the Kate Gleason College<br />
of Engineering at Rochester Institute of Technology;<br />
Kenneth Connor, professor, Department of Electrical,<br />
Computer, and Systems Engineering, education director<br />
of the Smart Lighting Engineering Research<br />
Center and director of the Mobile Studio Project at<br />
Rensselaer Polytechnic Institute; Kathleen Meehan,<br />
associate professor, Bradley Department of Electrical<br />
and Computer Engineering, Virginia Tech; and John<br />
Robertson, professor, Department of Engineering,<br />
12 <strong>High</strong> <strong>Frequency</strong> <strong>Electronics</strong>