Ultra-high-frequency design poses plenty of challenges, but nowhere are the challenges more daunting than in test and measurement. Frost and Sullivan's Jessy Cavazos explains why. The trend of moving ...
An increasing number of applications occupy the 30MHz to 300MHz very high frequency (VHF) band. Television and radio broadcasting, navigation controls and amateur radios are a few examples. Modern RF ...
The tool also features new incident wave additions of plane, spherical, cylindrical, Gaussian, and linear antenna-wave types that broaden HFSS's utility to compute antennas and scattering applications ...
Today’s RFIC (integrated circuits for radio frequency) design is integrated with digital and analog modules on the same die, posing severe challenges to existing simulation tools. Researchers are ...
With newer precision Fully Differential Amplifier’s (FDA’s) providing more than 800Mhz Gain Bandwidth Product (GBW), the available frequency range for active filter designs combined into the last ...
Imagine if American troops, drones and military vehicles could communicate on the battlefield using high-tech, hard-to-detect lasers that transmit data like fiber-optic cables — without the cables.
Races, missed next-state values due to long paths, and metastability can result from corrupted clock signals. This post describes the challenges of clock network and clock jitter analysis in more ...
The design halves the width of material needed to absorb low-frequency noise, making it practical for real-world applications ...
Critical Frequency Design, an advanced aerospace and defense photonics technology company headquartered in Melbourne, recently announced it achieved ISO 9001:2015 and AS9100:2016 certifications for ...
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