1. High density and high speed SRAM bit-cells and ring oscillators due to laser annealing for 45nm bulk CMOS
- Author
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Jean-Damien Chapon, A. Pouydebasque, S. Vadot, Stephane Denorme, C. Laviron, Scott Warrick, K. Romanjek, D. Delille, H. Bernard, Aomar Halimaoui, Franck Arnaud, Francois Leverd, Romain Gwoziecki, B. Dumont, Tomasz Skotnicki, I. Pouilloux, C. Chaton, Pascal Gouraud, M. Bidaud, Frederic Boeuf, Francois Wacquant, and Nicolas Planes
- Subjects
Materials science ,business.industry ,Annealing (metallurgy) ,Electrical engineering ,Ring oscillator ,Laser ,PMOS logic ,Ion ,law.invention ,CMOS ,law ,Optoelectronics ,Static random-access memory ,business ,NMOS logic - Abstract
In this work, we report on the integration of 30nm gate length CMOS devices fabricated using laser spike annealing (LSA). Considerably improved short channel effects and drive current (+10% Ion at constant Ioff for NMOS) are demonstrated on samples using LSA. Excellent IonIoff characteristics (Ion = 940 muA/mum Ioff = 200 muA/mum for NMOS and Ion = 390muA/mum Ioff = 50 nA/mum for PMOS at Vdd = 1 V) are measured that are at the leading edge of the state of the art. Moreover, an enhanced dynamic behavior (-6% in ring oscillator delay) and improved characteristics of high density SRAM bit-cells (+24% Icell for the same 1sb) are reported. These results demonstrate the potential of LSA in the perspective of 30 nm device integration of a 45 nm bulk CMOS platform
- Published
- 2006
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