Titlebook: Wafer-Level Integrated Systems; Implementation Issue Stuart K. Tewksbury Book 1989 Kluwer Academic Publishers 1989 Flip-Flop.Generator.Prog

RENAL

思想流動

Servile

Silicon Wafer Hybrids,h the circuit board fabricated on a silicon wafer. Lewis [1], at the conclusion of his study of package performance, suggests flip-chip, beam lead or tape (TAB) mounting of unpackaged ICs directly on a crystal substrate.. Tewksbury [2] suggested flip-chip mounting of VLSI ICs on silicon wafers, usin

根除

Optical Interconnections,s natural to consider alternative approaches to provide communications within a high-performance system. Optical interconnects have received considerable attention [1] – [11]. Already, optical networks are being developed for local area networks to provide high performance networking between compute

OVERT

Optical Interconnections,s natural to consider alternative approaches to provide communications within a high-performance system. Optical interconnects have received considerable attention [1] – [11]. Already, optical networks are being developed for local area networks to provide high performance networking between compute

Fortuitous

Acclaim

Silicon Wafer Hybrids,g a silicon wafer template to allow stacking of substrates and construction of 3-dimensional wafer stacks. Grinberg, Nudd and Etchells [3] also suggested stacked wafers, in this case monolithic WSI circuits for image processing architectures. Extensive effort has been directed at commercial applications of such advanced packaging (e.g. [4,5]).

anagen

Silicon Wafer Hybrids,g a silicon wafer template to allow stacking of substrates and construction of 3-dimensional wafer stacks. Grinberg, Nudd and Etchells [3] also suggested stacked wafers, in this case monolithic WSI circuits for image processing architectures. Extensive effort has been directed at commercial applications of such advanced packaging (e.g. [4,5]).

AWRY

Indicative

Introduction,ractical constraints are emerging. It is within this future perspective that wafer scale integration emerges as a natural evolution of present device-oriented VLSI chip technologies to future system-oriented wafer-level technologies.