Todd Williams
IBM
custom integrated circuits conference | 1993
Todd Williams; Leo Bilodeau; Stuart Burroughs; Robert Furst; William Pokorny; Gregory Joseph Schroer
An 8-Kb custom static random access memory (SRAM) macro for use in workstation graphics application is described. The need for a high-performance, high-density SRAM in seralizer palette digital-to-analog converter (DAC) chips has resulted in the design of a single-port, synchronous macro with dynamic self-resetting circuitry, return-to zero addressing, NOR word-line recording and dynamic NAND bit decoding, a novel timing control circuit, and a latch-type tristate sense amplifier. Fabricated using a 0.8-/spl mu/m CMOS technology, the 8-Kb SRAM macro is capable of typical sustained operation of 200 MHz. Custom design has resulted in a greater than 2.5X density improvement and more than 3X performance improvement over existing SRAM library offerings.
Archive | 1989
Timothy J. Ebbers; Satish Gupta; Randall L. Henderson; Nathan Rafael Hiltebeitel; Robert Tamlyn; Steven William Tomashot; Todd Williams
Archive | 1990
Matthew D. Bates; Roderick Michael Peters West; Todd Williams
Archive | 1989
Satish Gupta; Randall L. Henderson; Nathan Rafael Hiltebeitel; Robert Tamlyn; Steven William Tomashot; Todd Williams
Archive | 1995
John E. Gersbach; Todd Williams
Archive | 1991
Matthew Elsner; Satish Gupta; West Roderick Michael Peters; Todd Williams
IEE Proceedings G Circuits, Devices and Systems [see also IEE Proceedings-Circuits, Devices, and Systems] | 1985
Todd Williams; R.G. Walther; P.S. Bottorff; S. Das Gupta
Archive | 1990
Satish Gupta; Randall L. Henderson; Nathan Rafael Hiltebeitel; Robert Tamlyn; Steven William Tomashot; Todd Williams
Archive | 1995
Ray Childs Flaker; Gregory Joseph Schroer; Roderick Michael Peters West; Todd Williams
Archive | 1990
Matthew Damian Bates; Roderick Michael Peters West; Todd Williams
