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Publication
Featured researches published by Steven H. Lamphier.
international solid-state circuits conference | 1996
Harold Pilo; Steven H. Lamphier; Fred J. Towler; R. Hee
A 300 MHz, 1 Mb SRAM with 5.4 ns access in 3.3 V, 0.5 /spl mu/m CMOS uses self-timed and self-resetting circuits. A dual-clock, flow-through read protocol optimizes data window control and a 750 ps setup-and-hold window for all input signals is achieved through floorplanning, receiver design and localized input-signal registering. The SRAM interfaces with high-speed transceiver logic (HSTL) levels through high-speed, noise-tolerant receivers. Programmable impedance output drivers for HSTL interfaces match transmission line impedance to within 10% tolerances over process, voltage and temperature variations.
Archive | 1996
Steven H. Lamphier; Harold Pilo; Michael J. Schneiderwind; Fred J. Towler
Archive | 2000
Geordie Braceras; Steven H. Lamphier; Harold Pilo
Archive | 2008
George M. Braceras; Steven H. Lamphier; Harold Pilo; Vinod Ramadurai
Archive | 2005
John A. Fifield; Steven H. Lamphier
international solid-state circuits conference | 2003
Harold Pilo; Darren L. Anand; John E. Barth; Steven Burns; P. Corson; Jim Covino; R. Houghton; Steven H. Lamphier
Archive | 1995
Steven H. Lamphier; Kevin G. Petrunich; Harold Pilo; Ronald DeSales Rossi; Roger Andrew Verhelst; Paul Stafford Zerr
international solid-state circuits conference | 2000
Harold Pilo; A.J. Allen; Jim Covino; Patrick R. Hansen; Steven H. Lamphier; C. Murphy; T. Traver; P. Yee
Archive | 2006
John E. Barwin; Steven H. Lamphier; Harold Pilo
Archive | 2012
Robert M. Houle; Steven H. Lamphier; Harold Pilo