Brian Drouin

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The paper presents a 2.2 GS/s (1.1 GHz Nyquist bandwidth), 188 mW 512-channel spectrometer processor developed to support of future science observations on NASA planetary missions, where payload size, weight, and power consumption are extremely limited. The presented spectrometer processor chip contains a pair of 7 bit ADC IQ converters coupled with a 512(More)
—This paper presents a hybrid design based, CMOS millimeter-wave (mm-wave) single-polar single-throw (SPST) switch. The circuit design starts from the analysis and optimization of a distributed structure, while implemented using coupled lump elements for performance improvement and area-efficient layout. Moreover, a specific bias scheme is used to further(More)
This paper presents a hybrid design based, CMOS millimeter-wave (mm-wave) single-polar single-throw (SPST) switch. The circuit design starts from the analysis and optimization of a distributed structure, while implemented using coupled lump elements for performance improvement and area-efficient layout. Moreover, a specific bias scheme is used to further(More)
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