6K GaAs GATE ARRAY WITH FULLY FUNCTIONAL LSI PERSONALIZATION.

A. Peczalski; G. Lee; W. Betten; H. Somal; M. Plagens; J. R. Biard; I. Burrows; B. K. Gilbert; R. L. Thompson; B. A. Naused; M. Karwoski; M. L. Samson; S. K. Zahn

6K GaAs GATE ARRAY WITH FULLY FUNCTIONAL LSI PERSONALIZATION.

A. Peczalski, G. Lee, W. Betten, H. Somal, M. Plagens, J. R. Biard, I. Burrows, B. K. Gilbert, R. L. Thompson, B. A. Naused, M. Karwoski, M. L. Samson, S. K. Zahn

Physiology & Biomedical Engineering

Research output: Contribution to conference › Paper › peer-review

2 Scopus citations

Abstract

A 6000-gate array has been designed, fabricated, and tested as a demonstration vehicle for DARPA's GaAs pilot line program. The design of the array emphasizes manufacturability and functionality over large variations in process parameters and temperature. Meeting the gate delay goal of about 1 ns is also of prime importance, with power dissipation a secondary factor. To demonstrate the achievement of goals, a 12 multiplied by 12 multiplier is personalized on the array. The multiplier and its associated test circuitry consist of more than 19,000 transistors and diodes, making it one of the first GaAs large-scale-integrated circuits. This personalization has been successfully tested and verified and the results correlated to simulation results.

Original language	English (US)
Pages	23-26
Number of pages	4
State	Published - 1986

ASJC Scopus subject areas

Electrical and Electronic Engineering

Cite this

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title = "6K GaAs GATE ARRAY WITH FULLY FUNCTIONAL LSI PERSONALIZATION.",

abstract = "A 6000-gate array has been designed, fabricated, and tested as a demonstration vehicle for DARPA's GaAs pilot line program. The design of the array emphasizes manufacturability and functionality over large variations in process parameters and temperature. Meeting the gate delay goal of about 1 ns is also of prime importance, with power dissipation a secondary factor. To demonstrate the achievement of goals, a 12 multiplied by 12 multiplier is personalized on the array. The multiplier and its associated test circuitry consist of more than 19,000 transistors and diodes, making it one of the first GaAs large-scale-integrated circuits. This personalization has been successfully tested and verified and the results correlated to simulation results.",

author = "A. Peczalski and G. Lee and W. Betten and H. Somal and M. Plagens and Biard, {J. R.} and I. Burrows and Gilbert, {B. K.} and Thompson, {R. L.} and Naused, {B. A.} and M. Karwoski and Samson, {M. L.} and Zahn, {S. K.}",

year = "1986",

language = "English (US)",

pages = "23--26",

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T1 - 6K GaAs GATE ARRAY WITH FULLY FUNCTIONAL LSI PERSONALIZATION.

AU - Peczalski, A.

AU - Lee, G.

AU - Betten, W.

AU - Somal, H.

AU - Plagens, M.

AU - Biard, J. R.

AU - Burrows, I.

AU - Gilbert, B. K.

AU - Thompson, R. L.

AU - Naused, B. A.

AU - Karwoski, M.

AU - Samson, M. L.

AU - Zahn, S. K.

PY - 1986

Y1 - 1986

N2 - A 6000-gate array has been designed, fabricated, and tested as a demonstration vehicle for DARPA's GaAs pilot line program. The design of the array emphasizes manufacturability and functionality over large variations in process parameters and temperature. Meeting the gate delay goal of about 1 ns is also of prime importance, with power dissipation a secondary factor. To demonstrate the achievement of goals, a 12 multiplied by 12 multiplier is personalized on the array. The multiplier and its associated test circuitry consist of more than 19,000 transistors and diodes, making it one of the first GaAs large-scale-integrated circuits. This personalization has been successfully tested and verified and the results correlated to simulation results.

AB - A 6000-gate array has been designed, fabricated, and tested as a demonstration vehicle for DARPA's GaAs pilot line program. The design of the array emphasizes manufacturability and functionality over large variations in process parameters and temperature. Meeting the gate delay goal of about 1 ns is also of prime importance, with power dissipation a secondary factor. To demonstrate the achievement of goals, a 12 multiplied by 12 multiplier is personalized on the array. The multiplier and its associated test circuitry consist of more than 19,000 transistors and diodes, making it one of the first GaAs large-scale-integrated circuits. This personalization has been successfully tested and verified and the results correlated to simulation results.

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ER -

6K GaAs GATE ARRAY WITH FULLY FUNCTIONAL LSI PERSONALIZATION.

Abstract

ASJC Scopus subject areas

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