Your search produced 886 results
Shortly after the author joined COM DEV in 1993 at Cambridge, Ontario, Canada, he started working on advanced microwave design problems using Prof. John Bandler’s techniques. This paper summarizes som...
Passive CMOS mixers, especially N-path mixers, have become a dominant circuit topology in the sub-6GHz regime. These mixers rely on non-overlapping multi-phase LO waveforms to achieve low loss while a...
An absorptive single-pole four-throw switch network is designed at 94 GHz by using the λ/4 transmission-line approach in 90 nm CMOS technology for the application of Butler matrix beamforming control....
This presentation establishes the practicality of terrestrial microwave power beaming at distances >1km. To beam microwave power along the surface of the earth, it is necessary to consider and,...
In Japan, Solar Power Satellite (SPS) is being developed as a promising power generation system. In recent years, it has also been studied as a lunar energy system. For a practical SPS, a long-distanc...
The talk will describe ESA’s Solaris Initiative on R&D for Space-Based Solar Power. It will highlight results from on-going ESA-funded technology developments in microwave-based Wireless Power...
The antenna arrays required for space based solar power are the largest ever conceived, by several orders of magnitude. The development of LyceanEM has provided an open source electromagnetics library...
The current 5G telecommunication standard is paving the way of academic and industrial research to the development of innovative electronic components and more specifically of passive filters particul...
A 19-GHz voltage-controlled oscillator (VCO) implemented in a 22-nm FDSOI CMOS process, which uses an addressable array of cross-coupled near minimum size NMOS transistor pairs and post fabrication se...
Phased arrays are a key component in most mm-wave and higher frequency wireless systems. Although the theory of beamforming and phased arrays is well established, the increasing number of elements in ...