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This paper presents a detailed design of a 16.5 megapixel camera lens by a 1P1G2P lens configuration for the first time to our knowledge.
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(2014) investigated a 13 megapixel camera lens for mobile phone by choosing a 5 pieces of plastic aspheric lens (5P) structure configuration. Recently, Peng (2013) investigated a 8 megapixel camera lens for cell phone by using 1 glass and 3 pieces of plastic aspheric lens (1G3P) to complete the optical system. (2010) studied a 5 megapixel camera lens for mobile phone by a structure of 4 pieces of plastic aspheric lens. To design a 16-megapixel camera lens in a compact size is not a trivial task. (NASDAQ:OVTI) announced a 16.5 megapixel digital image sensor OV16850. On 7 October 2014, Omni Vision Technologies Inc. Subject Areas: Mobile Computing Systems, Optical Communications
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Mobile Phone Camera Lens, 16.5 Megapixel Sensor, Zemax The minimum value of all field relative illumination is over 39.8%. The maximum distortion of the lens is less than 2.0%. The lens has an effective focal length of 4.483 mm, a F-number of 2.50, a field-of-view (FOV) of 76.2 degree, and a total length of 5.873 mm. CMOS OV16850 with a pixel size of 1.12 micrometers from Omni Vision is used as an image sensor. The lens consists of 3 plastic aspheric lenses, one glass spheric lens and an infrared glass filter. Received 15 February 2015 accepted 2 March 2015 published 6 March 2015Ī 16.5 megapixel camera lens for a mobile phone is designed.
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This work is licensed under the Creative Commons Attribution International License (CC BY). Although it will be about zoom lens design, the range is general and will offer optical technical engineers and others with essential equipment and abilities helpful in a world which more and more depends on optics in a wide range of applications.Department of Optical and Optoelectronic Devices, National Technical University of Ukraine, Kyiv, Ukraine While developed for self-study it will be also suitable as a comprehensive introductory text message.
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Integrated are over 450 illustrations, numerous examples, issues and their options. Geary'beds classroom lecture syllabus suitably increased and extended for the person curious in self-study. The guide's thirty-eight chapters adhere to Dr. Lntrodution to Zoom lens Design with Practical ZEMAX Illustrationsis certainly centered on an preliminary lens style course taught in the Optical Science amp Executive doctoral program at the College of AIabama in Huntsville, ánd sponsored by thé Middle for Applied Optics. Geary, 6' by 9', Hardbound,ĪNDPractical Computer Aided Zoom lens Styleat the same time This post (A) gives another analytic form and (B) examines the 1-D situation. Zemax Knowledge Base gives a design method to convert Gaussian irradiance profile to flat top profile (see reference 1).
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