Differential VIS-UV Sensor - Hallo friendsCAR ON REPIYU, In the article you read this time with the title Differential VIS-UV Sensor, We have prepared this article for you to read and retrieve information therein. Hopefully the contents of postings Article car review, Article mobile review, We write this you can understand. Alright, good read.

Title : Differential VIS-UV Sensor
link : Differential VIS-UV Sensor

Differential VIS-UV Sensor

MDPI paper "An Optical Filter-Less CMOS Image Sensor with Differential Spectral Response Pixels for Simultaneous UV-Selective and Visible Imaging" by Yhang Ricardo Sipauba Carvalho da Silva, Rihito Kuroda, and Shigetoshi Sugawa from Tohoku University, Japan, belongs to the Special Issue Special issue on the 2019 International Image Sensor Workshop (IISW2019).

"This paper presents a complementary metal-oxide-semiconductor (CMOS) image sensor (CIS) capable of capturing UV-selective and visible light images simultaneously by a single exposure and without employing optical filters, suitable for applications that require simultaneous UV and visible light imaging, or UV imaging in variable light environment. The developed CIS is composed by high and low UV sensitivity pixel types, arranged alternately in a checker pattern. Both pixel types were designed to have matching sensitivities for non-UV light. The UV-selective image is captured by extracting the differential spectral response between adjacent pixels, while the visible light image is captured simultaneously by the low UV sensitivity pixels. Also, to achieve high conversion gain and wide dynamic range simultaneously, the lateral overflow integration capacitor (LOFIC) technology was introduced in both pixel types. The developed CIS has a pixel pitch of 5.6 µm and exhibits 172 µV/e− conversion gain, 131 ke− full well capacity (FWC), and 92.3 dB dynamic range. The spectral sensitivity ranges of the high and low UV sensitivity pixels are of 200–750 nm and 390–750 nm, respectively. The resulting sensitivity range after the differential spectral response extraction is of 200–480 nm. This paper presents details regarding the CIS pixels structures, doping profiles, device simulations, and the measurement results for photoelectric response and spectral sensitivity for both pixel types. Also, sample images of UV-selective and visible spectral imaging using the developed CIS are presented."

Thus Article Differential VIS-UV Sensor

That's an article Differential VIS-UV Sensor This time, hopefully can give benefits to all of you. well, see you in posting other articles.

You are now reading the article Differential VIS-UV Sensor with the link address https://caronrepiyu.blogspot.com/2019/12/differential-vis-uv-sensor.html

Tweet

Subscribe to receive free email updates: