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Military Defense Electronics
Systems & Subsystems
Test & Measurement
Electronic Countermeasures (ECM)
Electronic Warfare (EW)
Oct 3, 2016
Deciding on DSPs and FPGAs for EW
DSPs and FPGAs are two of the key components recruited for signal-processing chores in defense electronics systems....
Feb 18, 2016
Don’t Forget Those “Auxiliary” Technologies
Current advances in solid-state RF/microwave power—including discrete devices and amplifiers based on gallium nitride (GaN) semiconductors—have received a great deal of attention and funding....
Jul 14, 2015
French e2v Earns QMLV Aerospace Certification
The French facilities of semiconductor firm e2v has received QMLV quality and reliability certification....
Jul 14, 2015
Canadian Foundry Forges GaN Technology
A Canadian semiconductor foundry offers capabilities in fabricating gallium nitride (GaN) transistors and integrated circuits (ICs)....
Jul 10, 2015
Microsemi Receives Trusted Accreditation
Semiconductor developer Microsemi has been awarded trusted products accreditation for its lines of mixed-signal devices, including FPGAs....
Jun 17, 2014
Low-Noise Source Cuts Jitter To 7 GHz
A clock synthesizer achieves low noise and jitter through 7 GHz....
Jan 16, 2014
GaN Transistor Drives 285 W L-Band Power
A high-power GaN transistor provides 285 W CW output power from DC to 2 GHz and is available in two different packages....
Oct 15, 2013
MIM Diodes Pave Way For Higher-Speed Circuits
New research results on MIM diodes indicate that they may offer high-speed, higher-frequency alternatives to traditional silicon-based semiconductor devices....
Oct 14, 2013
Processors Handle Power-Sensitive Environments
A pair of quad-core microprocessors are supplied as extended-reliability versions of two high-speed units capable of working at clock rates to 1.5 GHz....
Feb 8, 2013
R F Design
GaN Devices Power Broadband Amplifiers
This family of coaxial GaN-based power amplifiers includes models with high gain and generous output levels, spanning the frequency range from 2 to 18 GHz....
Mobile Device and Application Testing: Replacing the Live Network
Measurement of Radar Cross Section Using the VNA Master Handheld VNA
Bandpass Filter Screens 0.7 to 6.0 GHz
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