Advanced silicon technologies have been used to build digital circuits and answer the global demand of signal processing systems. Traditionally, front end circuits have been dominated by III-V compounds, and silicon confined to the back-end. However novel circuit design techniques have been demonstrated to push the limits of traditional technology platforms, and has demonstrated the feasibility of application in the frontend field. This work will focus on the quasi-optical capability of silicon technologies to reliably demonstrate high-frequency front end building blocks.
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