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This paper presents a tunable dual-band filter featuring a single tuning element for each band. A shaped cavity generates distinct capacitive loading for the resonators as they rotate within the cavit...
This study presents a microfabricated magnetostatic wave (MSW) filter realized in a 15 µm thick yttrium iron garnet (YIG) film, achieving a superior filter skirt at the upper passband edge and extendi...
The ever-increasing demand for data in today’s society has driven the rapid evolution of wireless technologies to enhance network capacity. While 5G deployments have made significant advances through ...
Magnetostatic spin wave limiters can be used to form fast reconfigurable filters. Spin wave limiter filter reconfiguration occurs in under 1 micro-seconds. Reconfigurable filters enable software defin...
Current surface acoustic wave based duplexers have the drawback of fixed frequency response, leading to complex RF front ends with a high amount of duplexers and switches. New approaches for tunable d...
In this keynote, we will highlight the major challenges the industry has faced over the past 10 years, the current hurdles, and those on the horizon. We’ll present a summary of our research over the y...
To pave the way for sub-terahertz communication like sixth-generation wireless technology, this work demonstrates an accurate yet simple D-band measurement setup to evaluate linear and nonlinear disto...
In this contribution we present characterization strategies to reduce the impact of technology process variation in square-law detectors to be used as on-wafer power calibration transfer devices. Two ...
Fully differential measurements in D-band (110–170GHz) are challenging due to the absence of differential multi-port measurement equipment. This work presents a methodology to enable full differential...
Integration and low power consumption of cryogenic amplifiers, which are essential for reading out quantum qubits, are inevitable issues for scaling up quantum information processing systems. Although...