Distortion Behavior in Wireless and RF MOS-based Switches.

RF MOS devices are finding increased use in a variety of wireless systems that require a high degree of functionality, low dc power consumption and easy integration with digital technology. This paper shows the effects of device size and technology (bulk versus SOI) on MOSFET nonlinearities in RF co...

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Main Author: Caverly, Robert H.
Format: Villanova Faculty Authorship
Language:English
Published: 2006
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spelling Distortion Behavior in Wireless and RF MOS-based Switches.
Caverly, Robert H.
RF MOS devices are finding increased use in a variety of wireless systems that require a high degree of functionality, low dc power consumption and easy integration with digital technology. This paper shows the effects of device size and technology (bulk versus SOI) on MOSFET nonlinearities in RF control applications such as series and shunt-connected devices in switch and attenuator applications. A theory is advanced that is verified with distortion measurements on fabricated control devices.
2006
Villanova Faculty Authorship
vudl:175352
Proc. IEEE RWS2015, 175-177.
en
dc.title_txt_mv Distortion Behavior in Wireless and RF MOS-based Switches.
dc.creator_txt_mv Caverly, Robert H.
dc.description_txt_mv RF MOS devices are finding increased use in a variety of wireless systems that require a high degree of functionality, low dc power consumption and easy integration with digital technology. This paper shows the effects of device size and technology (bulk versus SOI) on MOSFET nonlinearities in RF control applications such as series and shunt-connected devices in switch and attenuator applications. A theory is advanced that is verified with distortion measurements on fabricated control devices.
dc.date_txt_mv 2006
dc.format_txt_mv Villanova Faculty Authorship
dc.identifier_txt_mv vudl:175352
dc.source_txt_mv Proc. IEEE RWS2015, 175-177.
dc.language_txt_mv en
author Caverly, Robert H.
spellingShingle Caverly, Robert H.
Distortion Behavior in Wireless and RF MOS-based Switches.
author_facet Caverly, Robert H.
dc_source_str_mv Proc. IEEE RWS2015, 175-177.
format Villanova Faculty Authorship
author_sort Caverly, Robert H.
dc_date_str 2006
dc_title_str Distortion Behavior in Wireless and RF MOS-based Switches.
description RF MOS devices are finding increased use in a variety of wireless systems that require a high degree of functionality, low dc power consumption and easy integration with digital technology. This paper shows the effects of device size and technology (bulk versus SOI) on MOSFET nonlinearities in RF control applications such as series and shunt-connected devices in switch and attenuator applications. A theory is advanced that is verified with distortion measurements on fabricated control devices.
title Distortion Behavior in Wireless and RF MOS-based Switches.
title_full Distortion Behavior in Wireless and RF MOS-based Switches.
title_fullStr Distortion Behavior in Wireless and RF MOS-based Switches.
title_full_unstemmed Distortion Behavior in Wireless and RF MOS-based Switches.
title_short Distortion Behavior in Wireless and RF MOS-based Switches.
title_sort distortion behavior in wireless and rf mos-based switches.
publishDate 2006
normalized_sort_date 2006-01-01T00:00:00Z
language English
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