Modeling Fast Switching Speed PIN Diodes for RF and Microwave Applications.

A theory is introduced that integrates DC forward current, emitter recombination and I-region width and radius into a single self-consistent model suitable for fast switching speed PIN diodes. Details on the model are provided so that easy implementation by the reader may be performed. The model is verified with experimental data.

Main Author: Caverly, Robert H.
Other Authors: Reif, Adam M.
Format: Villanova Faculty Authorship
Language: English
Published: 2008
Online Access: http://ezproxy.villanova.edu/login?url=https://digital.library.villanova.edu/Item/vudl:175370
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dc_source_str_mv Proc. 2008 Intl. Microwave Symposium, 2008, 471-474.
author Caverly, Robert H.
author_facet_str_mv Caverly, Robert H.
Reif, Adam M.
author_or_contributor_facet_str_mv Caverly, Robert H.
Reif, Adam M.
author_s Caverly, Robert H.
spellingShingle Caverly, Robert H.
Modeling Fast Switching Speed PIN Diodes for RF and Microwave Applications.
author-letter Caverly, Robert H.
author_sort_str Caverly, Robert H.
author2 Reif, Adam M.
author2Str Reif, Adam M.
dc_title_str Modeling Fast Switching Speed PIN Diodes for RF and Microwave Applications.
title Modeling Fast Switching Speed PIN Diodes for RF and Microwave Applications.
title_short Modeling Fast Switching Speed PIN Diodes for RF and Microwave Applications.
title_full Modeling Fast Switching Speed PIN Diodes for RF and Microwave Applications.
title_fullStr Modeling Fast Switching Speed PIN Diodes for RF and Microwave Applications.
title_full_unstemmed Modeling Fast Switching Speed PIN Diodes for RF and Microwave Applications.
collection_title_sort_str modeling fast switching speed pin diodes for rf and microwave applications.
title_sort modeling fast switching speed pin diodes for rf and microwave applications.
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description A theory is introduced that integrates DC forward current, emitter recombination and I-region width and radius into a single self-consistent model suitable for fast switching speed PIN diodes. Details on the model are provided so that easy implementation by the reader may be performed. The model is verified with experimental data.
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dc.title Modeling Fast Switching Speed PIN Diodes for RF and Microwave Applications.
dc.creator Caverly, Robert H.
Reif, Adam M.
dc.description A theory is introduced that integrates DC forward current, emitter recombination and I-region width and radius into a single self-consistent model suitable for fast switching speed PIN diodes. Details on the model are provided so that easy implementation by the reader may be performed. The model is verified with experimental data.
dc.date 2008
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dc.source Proc. 2008 Intl. Microwave Symposium, 2008, 471-474.
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