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The RF instrumentation industry has released commercial passive and active load-pull systems that enable large signal characterization above 100GHz in response to recently developed semiconductor-base...
On-wafer load-pull measurements at mm-wave frequencies pose considerable challenges including uncertainty in calibration, power limitations and drift of the measurement hardware, cost of the measureme...
Accurate determination of S-parameters in a cryogenic environment benefits quantum computing by enabling characterisation of microwave waveforms, components, circuits, systems and networks. The UK’s N...
The performance increase of state-of-the-art silicon based technologies and the interest in commercial applications targeting operation above 100GHz operation (ie 6G and high resolution automotive rad...
The race to develop next-generation wireless electronics is accelerating at a rapid pace. Thanks to advanced additive manufacturing technology, fast prototyping, low-entry-cost, and in-house short-run...
This talk presents the recent research on substrate-integrated defected ground structures (SIDGS) for passive components design including filter, balun, power divider, etc. These circuits exhibit low ...
The workshop organizers will briefly go through the plan for the day including a summary of the topics to be discussed and the areas of interest.
Radar has achieved a near universal take-up rate in today’s passenger cars to enable ADAS features, but still struggles to achieve the range and resolution needed for even modest levels of autonomy su...
This talk dissects the radar bands from 24GHz to 240GHz, elucidating the strategic rationale behind each frequency’s selection, and gaining a nuanced understanding of radar’s transformative role in th...
Automotive radars, first introduced in the 1990s, continue to play a critical role in Advanced Driver Assistance Systems (ADAS). Currently, over 100 million radars are manufactured annually. It is ant...