A scientific HDR Multi-spectral imaging platform. B. Dupont, Pyxalis, France.
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1 A scientific HDR Multi-spectral imaging platform B. Dupont, Pyxalis, France.
2 OUTLINE HDPYX HDR Scientific Sensor platform First usage as hyperspectral device by Resolution Spectra and CSUG Perspectives 2
3 OUTLINE HDPYX HDR Scientific Sensor platform First usage as hyperspectral device by Resolution Spectra and CSUG Perspectives 3
4 A few words on Pyxalis PYXALIS is a high-end CMOS Image Sensor supplier & Design house A few figures: Founded in: 2010 Team: 30 people Experience: 200 man-year experience in CMOS image sensors Located in Grenoble, France: 700sqm offices, state of the art design center, full EO characterization 4
5 A few words on Pyxalis Pyxalis is a custom image sensor supplier in the field of: Medical Machine Vision Security Science Automotive Air and spaceborn applications Consumer 5
6 HDPYX: Sensor architecture A semi-custom sensor, designed as modular platform 6
7 HDPYX: Sensor architecture A semi-custom sensor, designed as modular platform Space born app. This Paper Custom dicing for large scanning area Larger 5MP version Multi/hyperspectral application With custom filters This paper Direct Xray With ultra thick EPI Q BSI for UV enhancement NIR optimized for Security for microscopy for ex 7
8 HDPYX: Sensor architecture A few specifications: 2800x1088 actives pixels 10µm pixel pitch up to 100 FPS 20 bits per pixel parallel data Processor based, instrument driven operating modes: o Rolling shutter o Global shutter o Low noise global shutter o Global reset o Integrating while read out (RWI) o Triggered acquisition o Triggered read out 8
9 HDPYX: Sensor architecture Pixel design : o In pixel dual gain VREFP RES_MN 6T pixel based Global or rolling shutter 2 gains in pixel AB TG GAIN Storage Node Photodiode SEL COL o o o Ensures charge conservation! Automatically switching gain during readout Single readout chain 90dB linear dynamic range 9
10 HDPYX: HDR features Dynamic range extension: roix_y roix_y+1 Line with short integration Line with long integration roix_y + roix_h o o o o Exposure time is changed line by line in a single image capture Programmable integration time ratio Interpolation filter to correct saturated values Improves dynamic range up to 120dB Single frame, single output, no post treatement required 10
11 HDPYX: performances Parameters Low gain High gain Unit Full well Capacity e- Temporal noise in darkness 25 2,6 e-rms Conversion factor µv/e- Dynamic range 90,3 db Dark current at room T Photodiode 25 e-/s Dark current at room T Sensing node 110 e-/s Lag < 1 e- 11
12 HDPYX: performances Noise (1/f limited at source follower) : Trade noise for speed if needed Nominal operating point Ultra low noise mode 12
13 HDPYX: performances Specific Ultra Low noise operating mode : 13
14 HDPYX: performances SNR over single tint: shot noise limited 14
15 HDPYX: performances Image lag : below 1 e- 15
16 HDPYX: HDR images Using only low gain 16
17 OUTLINE HDPYX HDR Scientific Sensor platform First usage as hyperspectral device by Resolution Spectra and CSUG Perspectives 17
18 Instrument design 18
19 Sensor Module 19
20 First products SWIFTS-LA ANAgRAM SWIFTS high-throughput high-resolution spectroscopy: Raman spectroscopy for process control, gas detection, hyperspectral imaging Ultra High-resolution spectroscopy: typically 0.01 nm over 300 nm range laser characterization 20
21 First Space mission ATISE: Auroral Thermospheric and Ionospheric Spectrometer Experiment Spectral analysis of the Auroral emissions Space weather In the visible light Prior Art: Arizona Airglow GLO experiment in UV range 21
22 ATISE Instrument 6U nanosat Instrument using 3 HDPYX with 6 Fizeau interferometer 6 by 1,5 FOV In the visible range: 380 nm to 900 nm Using 3 HDPYX detectors 22
23 ATISE Instrument First results using Argon plasma signature 23
24 ATISE Instrument First results using Argon plasma signature 24
25 ATISE Instrument First results using Argon plasma signature 25
26 ATISE Instrument First results using Argon plasma signature 26
27 OUTLINE HDPYX HDR Scientific Sensor platform First usage as hyperspectral device by Resolution Spectra and CSUG Perspectives 27
28 the instrument concept is valid and that sensor is suitable for production Sensor will be deployed in hyperspectral/multispectral systems From space applications: Other missions with Cube sats are under discussions New variations around the detector for UV/NIR, Xray are under consideration 28
29 Thank you! Come visit us on booth 1308! 29
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