Deep-submicron CMOS warms up to high-speed logic
A. Masaki
Abstract
A. Masaki
Abstract
The factors favoring room-temperature CMOS as a replacement for emitter-coupled logic (ECL) technology are presented. Room-temperature CMOS's integration scale. logic-function capabilities of basic circuits, wire length of logic signal nets, and power in system environments are discussed. To evaluate the possibilities of CMOS as a replacement technology, a VLSI chip model is studied.>
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The factors favoring room-temperature CMOS as a replacement for emitter-coupled logic (ECL) technology are presented. Room-temperature CMOS's integration scale. logic-function capabilities of basic circuits, wire length of logic signal nets, and power in system environments are discussed. To evaluate the possibilities of CMOS as a replacement technology, a VLSI chip model is studied.>
Key concepts: CMOS, Integrated injection logic, Very-large-scale integration, Logic family, Logic gate, Chip, Computer science, Electrical engineering