'Low leakage' presentation slideshows

Tobin J. Marks Department of Chemistry and The Materials Research Center Northwestern University

Tobin J. Marks Department of Chemistry and The Materials Research Center Northwestern University. Charles E. and Emma H. Morrison Professor of Chemistry Professor of Materials Science and Engineering Vladimir N. Ipatieff Professor of Catalyic Chemistry. Biographical sketch.

494 views • 38 slides

LOW-LEAKAGE REPEATERS FOR NETWORK-ON-CHIP INTERCONNECTS

509 views • 30 slides

Background for Leakage Current

Background for Leakage Current. Sept. 18, 2006. Active power density increasing with device scaling and increased frequency Leakage power density increasing due to lower V t and gate leakage Stressing packaging, cooling, battery life, etc. Complicates IDDq testing as well.

545 views • 29 slides

Background for Leakage Current

Background for Leakage Current. Sept. 18, 2006. Active power density increasing with device scaling and increased frequency Leakage power density increasing due to lower V t and gate leakage Stressing packaging, cooling, battery life, etc. Complicates IDDq testing as well.

513 views • 26 slides

Introduction to CMOS VLSI Design Lecture 18: Design for Low Power

Introduction to CMOS VLSI Design Lecture 18: Design for Low Power. David Harris Harvey Mudd College Spring 2004. Outline. Power and Energy Dynamic Power Static Power Low Power Design. Power and Energy. Power is drawn from a voltage source attached to the V DD pin(s) of a chip.

251 views • 24 slides

Ultra-Deep submicron technology

Ultra-Deep submicron technology. Etienne Sicard Insa etienne.sicard@insa-tlse.fr http://intrage.insa-tlse.fr/~etienne. Summary. Ultra-deep submicron technology Specific features Embedded Memory Magnetic RAM SOI conclusion . 1. Ultra-deep submicron technology. Sub-micron.

1.25k views • 21 slides

Why does dynamic resistance matter in an application ? CLAMPING VOLTAGE!

141 views • 2 slides