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本文提出了一款1M像素、65nm背照式（BSI）工艺的320MHz解调飞行时间（TOF）图像传感器，采用3.5μm全局快门像素和模拟合并技术，解决了高分辨率、低功耗、小尺寸3D深度相机的需求。
Stefan Wurster, Onur Akkaya, Andrew Payne, John Godbaz, Mike Fenton, Vijay Rajasekaran, Larry Prather, Satya Nagaraja, Vishali Mogallapu, Dane Snow, Rich McCauley, Mustansir Mukadam, Iskender Agi, Shaun McCarthy, Zhanping Xu, Travis Perry, William Qian, Vei-Han Chan, Prabhu Adepu, Gazi Ali, Muneeb Ahmed, Aditya Mukherjee, Sheethal Nayak, Dave Gampell, Sunil Acharya, Lou Kordus, Pat O'Connor Microsoft, Mountain View, CA The quest for accurate, high-resolution, low-power-consumption, and smallfootprint 3D depth cameras has driven a rapid improvement in Continuous-Wave (CW) Time-of-Flight (ToF) technology. Commercially available 3D image acquisition techniques include Stereo Vision, Structured Light, and ToF. CW ToF imaging systems offer excellent mechanical robustness, no baseline requirement, high effective depth image resolution, low computational cost, and simultaneous IR ambient light invariant intensity capture (Active Brightness). In a CW ToF
Cyrus S. Bamji, Swati Mehta, Barry Thompson, Tamer Elkhatib,