Reedy, Ronald E.
(2002)
Application of UTSi® CMOS On Sapphire to RF and Mixed Signal Requirements in Advanced Space Systems.
In: Gallium Arsenide applications symposium. GAAS 2002, 23-27 september 2002, Milano.
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Abstract
Modern satellite systems require integrated circuits capable of meeting demanding radiation, performance, power consumption, price and integration requirements. As satellite systems evolve to large digital payloads and phased array antennae, highly integrated mixed signal and RF ICs are becoming critical to overall system performance. Ultra-Thin-Silicon, or UTSi, CMOS is a modern, high yield version of silicon on sapphire which provides natural radiation hardness with the advantages of high volume commercial CMOS manufacturing. This paper will discuss the variety of products and their performance available for satellite applications from Peregrine Semiconductor, including phase locked loops, mixers, switches, A/D converters, EEPROM, digital logic and integrated passive devices.
Abstract
Modern satellite systems require integrated circuits capable of meeting demanding radiation, performance, power consumption, price and integration requirements. As satellite systems evolve to large digital payloads and phased array antennae, highly integrated mixed signal and RF ICs are becoming critical to overall system performance. Ultra-Thin-Silicon, or UTSi, CMOS is a modern, high yield version of silicon on sapphire which provides natural radiation hardness with the advantages of high volume commercial CMOS manufacturing. This paper will discuss the variety of products and their performance available for satellite applications from Peregrine Semiconductor, including phase locked loops, mixers, switches, A/D converters, EEPROM, digital logic and integrated passive devices.
Document type
Conference or Workshop Item
(Paper)
Creators
Subjects
DOI
Deposit date
17 Jun 2004
Last modified
17 Feb 2016 13:36
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Other metadata
Document type
Conference or Workshop Item
(Paper)
Creators
Subjects
DOI
Deposit date
17 Jun 2004
Last modified
17 Feb 2016 13:36
URI
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