第5部分概述:图像传感器:imd小组委员会

H. Wakabayashi, M. Ikeda
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引用次数: 0

摘要

会议将介绍图像传感器的进展,包括BSI、全局快门、有机光导膜、像素缩放、动态视觉、高帧率成像、3D飞行时间和spad。索尼的第一篇论文介绍了一种带有像素内ADC的BSI全局快门。随后,松下推出了一款使用具有像素内降噪功能的有机薄膜的全局快门。三星电子推出了0.9μm像素,实现了完全的深沟隔离。索尼推出了一款具有运动检测功能的低功耗事件驱动成像仪。台积电推出了一款1350万像素的BSI图像传感器,具有读出子采样架构,可在720p下实现514fps。NHK推出了一款高速图像传感器,可实现高达480fps的8K视频。东芝推出了一款激光雷达SoC,可实现高达200米的测量距离。微软公司提出了一种具有3.5μm全局快门像素的BSI飞行时间图像传感器,调制频率高达320MHz。代尔夫特大学提出了一种直接飞行时间图像传感器,该传感器采用3d堆叠45/65nm CMOS制造的模块化spad像素阵列。最后,FBK提出了一种耦合tdc的SPAD阵列,用于测量纠缠光子在800kHz速率下的空间相关性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Session 5 overview: Image sensors: IMMD subcommittee
The session presents advances in image sensors covering BSI, global shuttering, organic photoconductive film, pixel scaling, dynamic vision, high frame rate imaging, 3D time-of-flight, and SPADs. The first paper, by Sony, presents a BSI global shutter with in-pixel ADC. Then, Panasonic presents a global shutter using organic film with in-pixel noise cancellation. Samsung presents a 0.9μm pixel with complete deep-trench isolation. Sony presents a low-power event-driven imager with motion detection. TSMC presents a 13.5Mpixel BSI image sensor with a readout subsampling architecture that allows 514fps at 720p. NHK presents a high-speed image sensor achieving 8K video up to 480fps. Toshiba presents a LiDAR SoC enabling range measurements up to 200m. Microsoft presents a BSI time-of-flight image sensor with 3.5μm global-shutter pixels with modulation frequencies up to 320MHz. Delft University presents a direct time-of-flight image sensor with modular SPAD-based pixel arrays fabricated in 3D-stacked 45/65nm CMOS. Finally, FBK presents a SPAD array coupled with TDCs to measure spatial correlations of entangled photons at a rate of 800kHz.
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