GATE-LEVEL DUAL-THRESHOLD STATIC POWER OPTIMIZATION METHODOLOGY (GDSPOM) FOR DESIGNING HIGH-SPEED LOW-POWER SOC APPLICATIONS USING 90NM MTCMOS TECHNOLOGYET C A L I B ~ &RIQUEMENTET C A L I B ~&RIQUEMENT.POMPES PAR TRANSITIONS MULTIPLES

منو

" GATE-LEVEL DUAL-THRESHOLD STATIC POWER OPTIMIZATION METHODOLOGY (GDSPOM) FOR DESIGNING HIGH-SPEED LOW-POWER SOC APPLICATIONS USING 90NM MTCMOS TECHNOLOGYET C A L I B ~ &RIQUEMENTET C A L I B ~&RIQUEMENT.POMPES PAR TRANSITIONS MULTIPLES "

Document Type	:	Latin Dissertation
Language of Document	:	English
Record Number	:	154640
Doc. No	:	ET26432
Main Entry	:	Benjamin Chung
Title Proper	:	GATE-LEVEL DUAL-THRESHOLD STATIC POWER OPTIMIZATION METHODOLOGY (GDSPOM) FOR DESIGNING HIGH-SPEED LOW-POWER SOC APPLICATIONS USING 90NM MTCMOS TECHNOLOGYET C A L I B ~ RIQUEMENTET C A L I B ~RIQUEMENT.POMPES PAR TRANSITIONS MULTIPLES
Note	:	This document is digital این مدرک بصورت الکترونیکی می باشد
Abstract	:	As integrated-circuits (IC) technology advances into the deep-submicron(DSM) regime, more functionality can be combined onto a single chip. Onemajor challenge in designing such a complex device is to keep the powerconsumption in check while capitalizing on the highest performance that DSMtechnology can offer..
Subject	:	Electericl tess
	:	برق
electronic file name	:	TL50705.pdf
Title and statement of responsibility and	:	GATE-LEVEL DUAL-THRESHOLD STATIC POWER OPTIMIZATION METHODOLOGY (GDSPOM) FOR DESIGNING HIGH-SPEED LOW-POWER SOC APPLICATIONS USING 90NM MTCMOS TECHNOLOGYET C A L I B ~ RIQUEMENTET C A L I B ~RIQUEMENT.POMPES PAR TRANSITIONS MULTIPLES [Thesis]