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CMOS image sensors-recent advances and device scaling considerations

H.‐S. Philip Wong

Open publisher page 44 citations

Abstract

This paper reviews the industry trend and the recent advances in CMOS image sensor technology, covering advances in technology, devices, pixel architecture, as well as on-chip circuit integration. Compatibility with "standard" CMOS technology is an important consideration for CMOS image sensors. We therefore explore the question: "will the image sensing performance of CMOS imagers get better or get worse as CMOS technologies are scaled?" We project that "standard" CMOS technologies cannot be used for imaging in the deep sub-micron regime without some process modifications.

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What this paper is about

This paper reviews the industry trend and the recent advances in CMOS image sensor technology, covering advances in technology, devices, pixel architecture, as well as on-chip circuit integration. Compatibility with "standard" CMOS technology is an important consideration for CMOS image sensors. We therefore explore the question: "will the image sensing performance of CMOS imagers get better or get worse as CMOS technologies are scaled?" We project that "standard" CMOS technologies cannot be used for imaging in the deep sub-micron regime without some process modifications.

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Available abstract

This paper reviews the industry trend and the recent advances in CMOS image sensor technology, covering advances in technology, devices, pixel architecture, as well as on-chip circuit integration. Compatibility with "standard" CMOS technology is an important consideration for CMOS image sensors. We therefore explore the question: "will the image sensing performance of CMOS imagers get better or get worse as CMOS technologies are scaled?" We project that "standard" CMOS technologies cannot be used for imaging in the deep sub-micron regime without some process modifications.

Key concepts: CMOS, Image sensor, Computer science, Pixel, Chip, Electronic engineering, Electrical engineering, Engineering

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