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2002•Unpublished venueRequires access

Trade-offs between CMOS and BiCMOS

T. Nagano

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Abstract

This paper describes CMOS/BiCMOS trade-offs for deep sub-micron regime operating at less than 3 V. Advantages of CMOS compatible BiCMOS for high-frequency microprocessors and static random access memories are demonstrated.

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What this paper is about

This paper describes CMOS/BiCMOS trade-offs for deep sub-micron regime operating at less than 3 V. Advantages of CMOS compatible BiCMOS for high-frequency microprocessors and static random access memories are demonstrated.

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Available abstract

This paper describes CMOS/BiCMOS trade-offs for deep sub-micron regime operating at less than 3 V. Advantages of CMOS compatible BiCMOS for high-frequency microprocessors and static random access memories are demonstrated.

Key concepts: CMOS, BiCMOS, Computer science, Random access memory, Electronic engineering, Electrical engineering, Transistor, Engineering

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