Advanced and Intelligent RF Front End Technology (INVITED)
Kevin M. K. H. Leong, Ji‐Yong Park, Yuanxun Wang, T. Itoh
Abstract
Kevin M. K. H. Leong, Ji‐Yong Park, Yuanxun Wang, T. Itoh
Abstract
Integrated implementation of RF front-end components has been shown to posses many benefits. Furthermore, it presents a new way of approaching RF design. This paper will discuss the recent developments by the author's group in the field of RF front-end technology. This will include stand-alone RF front-end components such as a self-heterodyne mixer as well as more functional front-end circuitry such as digital beamformer arrays, retrodirective arrays and an array error calibration scheme.
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Integrated implementation of RF front-end components has been shown to posses many benefits. Furthermore, it presents a new way of approaching RF design. This paper will discuss the recent developments by the author's group in the field of RF front-end technology. This will include stand-alone RF front-end components such as a self-heterodyne mixer as well as more functional front-end circuitry such as digital beamformer arrays, retrodirective arrays and an array error calibration scheme.
Key concepts: RF front end, Front and back ends, Front (military), Radio frequency, Electronic engineering, Engineering, Heterodyne (poetry), Electrical engineering