This talk will summarize Lincoln Laboratory activity in panel-based active phased array development for a variety of applications. Design solutions that balance operating frequency, sensitivity, therm...
InP HBT front-ends provide improved RF performance over SiGe/Si amplifiers, particularly at higher frequencies, due to their higher cutoff frequencies and breakdown voltage. Teledyne’s InP HBT process...
In this talk, we will discuss the general challenges in implementing mm-wave phased arrays, and present solutions to address some of these challenges. This will include efficient power amplifier desig...
mm-Wave phased arrays require compact TR front-ends with the performance of compound semiconductors at the cost and scale of silicon. PseudolithIC will present its progress towards realizing intellige...
This talk will present a novel quad-pole vector modulator/phase-shifter with very low gain and phase error, which has led to the development of ultra-wideband phased arrays at 2.5–25GHz (and 3–30GHz)....
Drawing from industrial experience, this presentation highlights the design process, performance optimization, and practical challenges involved in bringing near-field wireless charging technologies t...
WPTB1-2: Standardization and System Integration Challenges in Near-Field Wireless Power Technologies
This talk reviews the evolving standards landscape for near-field WPT, addressing interoperability, compliance, and integration issues across diverse applications and device ecosystems.
WPTB1-2: Advancing Near-Field Wireless Power Transfer: Fundamentals and Emerging Research Directions
This talk introduces the core principles of near-field WPT and discusses recent research efforts aimed at improving efficiency, integration, and sustainability in next-generation wireless systems.
This presentation showcases the implementation of far-field wireless power systems in real-world environments, highlighting key innovations, commercialization progress, and future opportunities.
An overview of far-field WPT fundamentals, exploring system architectures, rectenna design, and cutting-edge research aimed at extending range, efficiency, and scalability.