pco.1300 solar cooled digital 12bit CCD camera system
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- Dustin Freeman
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1 pco.1300 solar cooled digital 12bit CCD camera system designed for electroluminescence (EL) applications quantum efficiency of up to nm superior low noise of typ. 6 e - 10 MHz resolution of 1392 x 1040 pixel cooling of -25 C vs. ambient optimal offset stability and control (< 1 count/h) 12 bit dynamic range exposure times range from 5 μs - 1 h standard IEEE 1394a ( Firewire ) interface free software camware and software development kit included
2 pco.1300 solar This versatile high performance 12 bit CCD camera system is specifically designed for electroluminescence (EL) applications in the range of 850 nm to 1200 nm. The pco.1300 solar has an extraordinary quantum efficiency (QE) of up to nm. In addition a proprietary offset control algorithm has been developed which provides very high offset stability (drift 1 count/h), regardless of ambient temperature or signal changes ensuring accurate and repeatable quantitative data over long periods of time. The pco.1300 solar s most unique features are its increased sensitivity in the NIR range of the spectrum and the no glow functionality. Binning and cooling can be selected to accomodate the user s application. Camera features excellent resolution (1392 x 1040 pixel), 12 bit dynamic range, exposure times from 5 µs to 1 hour, internal frame buffer for continuous image capture (64 MB min), excellent low noise of 6 e - 10 MHz, cooling of -25 C vs. ambient, standard interface IEEE1394a ( Firewire ). technical data unit setpoint pco.1300 solar resolution (hor x ver) 1 extended mode x 1060 pixel size (hor x ver) µm² sensor format / diagonal inch / mm 2/3 / quantum efficiency 880 nm + 15 C 13 full well capacity e dark current e - /pixel + 10 C standard mode 0.05 image sensor maximum dynamic range db CCD + 10 MHz ICX285AL dynamic range A/D 2 bit readout noise e - 10 / 20 MHz 6 / 10 imaging frequency, frame rate full 10 / 20 MHz 5.9 / 11.7 pixel scan rate MHz 10 / 20 A/D conversion factor e - / count standard / IR boost 3.8 / 1.9 spectral range nm normal exposure time standard IR boost mode 5 µs.. 1 h 100 ms.. 1 h
3 technical data unit setpoint pco.1300 solar anti-blooming stand.light mode IR boost 100 ms expos. time > 400 / > 4 smear % < binning (hor x ver) pixel 1 x 1, 1 x 2, 2 x 1, 2 x 2 optical input [1] horizontal versus vertical [2] Analog-to-Digital-converter c-mount trigger, auxiliary signals internal / external software / TTL level power supply cooling method cooled CCD temperature VDC typical C versus ambient temperature V 24 V 1 stage Peltier cooler with forced air cooling power consumption W max. 20 mechanical dimensions (w x h x l) -25 mm³ 113 x 104 x 110 weight kg 1.1 ambient temperature C range operating humidity % range storage temperature C range data interface quantum efficiency IEEE 1394a (measured by pco at -10 C)
4 The pco.1300 solar was operated at different CCD image sensor temperatures and a homogeneous light signal was measured. The measurement was repeated at different peak wavelengths of the light. The mean signal normalized to the 5 C value is displayed with respect to the temperature. areas of application solar cell in-line quality control solar panel quality control low light level imaging machine vision and industrial applications scientific imaging Red and NIR fluorescence applications spectroscopy examples of applications Electroluminescence images of solar panels with poly-crystalline (upper photo) and monocrystalline (lower photo) solar cells. Darker areas indicate areas or chrystal layers, which do not contribute to the solar current generation....with friendly permission of: pro Terra, Regenerative Power Engineering, Memmingen,
5 Image of a mono-crystalline solar cell, which is operated under forward bias condition. The electroluminescence (EL) of the cell below the bus bar and the grid electrodes is clearly visible. The image was recorded by a pco.1300 solar at 2s exposure time. The darker areas indicate areas of minor quality within the solar cell....measured by pco contact The Cooke Corporation PCO AG 6930 Metroplex Drive Donaupark 11 Romulus, Michigan Kelheim, Germany USA tel fon +49 (0) fax fax +49 (0) info@cookecorp.com info@pco.de pco.1300 solar product sheet 07/2009 subject to changes without prior notice PCO AG, Kelheim
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