⚡ 本页包含 AI 生成的分析内容，仅供参考
本文提出了一种背照式CCD图像传感器，实现了1600万帧/秒的超高速成像，拥有165k像素。解决了高速成像中灵敏度与帧率的矛盾，通过背照式结构提高量子效率。
Masatoshi Tanaka1, Kohsei Takehara1, Tomoo Okinaka1, Harry van Kuijk2, Wilco Klaassens2, Jan Bosiers2, Michael Lesser3, David Ouellette3, Hirotaka Maruyama4, Tetsuya Hayashida4, Toshiki Arai4 1 Kinki University, Higashi-Osaka, Japan, 2 DALSA PI, Eindhoven, The Netherlands, 3 University of Arizona, Tucson, AZ, 4 NHK Science and Technical Laboratories, Tokyo, Japan In 2002, we reported a CCD image sensor with 260×312 pixels capable of capturing 103 consecutive images at 1,000,000 frames per second (1Mfps) [1]. We named the sensor “ISIS-V2”, for In-situ Storage Image Sensor Version 2. 103 memory elements are attached to every pixel; generated image signals were instantly and continuously stored in the in-situ storage without being read out of the sensor. The ultimate high-speed recording was enabled by this parallel recording at all pixels. In 2006, the color version, ISIS-V4, was reported [2]. In
Takeharu G. Etoh1, Dung H. Nguyen1, Son V. T. Dao1, Cuong L. Vo1,