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Dive into the research topics where Beth Ann Rainey is active.

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Featured researches published by Beth Ann Rainey.


international electron devices meeting | 2002

A functional FinFET-DGCMOS SRAM cell

Edward J. Nowak; Beth Ann Rainey; David M. Fried; J. Kedzierski; Meikei Ieong; W. Leipold; J. Wright; M. Breitwisch

An operational six-transistor SRAM cell is experimentally demonstrated using Double Gate CMOS FinFET technology. A cell size of 4.8 /spl mu/m/sup 2/ was achieved in 180 nm node technology, with stable operation at 1.5 V using a single level of copper interconnect. To our knowledge this represents the first experimental demonstration of a fully integrated FinFET SRAM Cell.


Archive | 2003

Fin fet devices from bulk semiconductor and method for forming

David M. Fried; Edward J. Nowak; Beth Ann Rainey; Devendra K. Sadana


Archive | 2003

Multi-height finfets

Ingo Dr Aller; Joachim Keinert; Thomas Ludwig; Edward J. Nowak; Beth Ann Rainey


Archive | 2002

DRAM cell with enhanced SER immunity

Jeffrey S. Brown; David M. Fried; Edward J. Nowak; Beth Ann Rainey


Archive | 2002

FIN MEMORY CELL AND METHOD OF FABRICATION

David M. Fried; Edward J. Nowak; Beth Ann Rainey


Archive | 2005

Method of base formation in a BiCMOS process

Peter J. Geiss; Marwan H. Khater; Qizhi Liu; Randy W. Mann; Robert J. Purtell; Beth Ann Rainey; Jae Sung Rieh; Andreas D. Stricker


Archive | 2004

Bipolar transistor structure with self-aligned raised extrinsic base and methods

Thomas N. Adam; Kevin K. Chan; Alvin J. Joseph; Marwan H. Khater; Qizhi Liu; Beth Ann Rainey; Kathryn T. Schonenberg


Archive | 2002

Methods of forming structure and spacer and related finfet

David M. Fried; Edward J. Nowak; Beth Ann Rainey


Archive | 2007

Virtual body-contacted trigate

Brent A. Anderson; Matthew J. Breitwisch; Edward J. Nowak; Beth Ann Rainey


Archive | 2004

METHOD OF FORMING MULTI-HEIGHT FINFETS

Beth Ann Rainey; Edward J. Nowak; Ingo Dr Aller; Joachim Keinert; Thomas Ludwig

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