📖 Single-Chip 64- and 256-Element Wafer-Scale Phased Arrays and Communication Circuits in Advanced SiGe and CMOS Technologies
Thursday, September 6, 2018 by dev
Single-Chip 64- and 256-Element Wafer-Scale Phased Arrays and Communication Circuits in Advanced SiGe and CMOS Technologies
By:Samet Zihir
Published on 2015 by
The development of millimeter-wave phased arrays has been mostly based on silicon RFIC chips containing 8-16 channels and connected to antennas on organic printed circuit boards, or on wafer-scale phased arrays with on-chip antennas. Extending the wafer-scale array to a large number of elements results in an un-surmountable challenge, mainly that the phased-array chip may be much larger than a full reticle (approximately 22x22 mm2), and this is not allowed using standard integrated circuit design and layout rules. This dissertation focuses on the implementation of wafer-scale phased array with 64- and 256-elements using sub-reticle stitching techniques. An implementation of the largest single-chip wafer-scale phased-array ever built is demonstrated.
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Book ID of Single-Chip 64- and 256-Element Wafer-Scale Phased Arrays and Communication Circuits in Advanced SiGe and CMOS Technologies's Books is UA8rjwEACAAJ, Book which was written bySamet Zihirhave ETAG "E76nV48rT2I"
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