Deep cooled CCD camera

NegotiableUpdate on 02/10

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Nature of the Manufacturer: Producers

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Overview

The main features of the Eagle 1MP-F deep cooling CCD camera are: it uses a back illuminated CCD sensor from Teledyne e2v (CCD47-10) and is placed in Raptor's proprietary PentaVac vacuum enclosure. It can be cooled to -80 ° C using only air cooling; C， It can be cooled to -90 ° C using air and water cooling; C. Eagle 1MP-F is a long exposure camera. Compared to the original camera, it has changed the lens interface to a C-port for easy adaptation to various laboratory lenses, and has an integrated shutter. Can provide low readout noise of less than 2.3e -.

Product Details

Eagle 1MP-F main features:

Eagle 1MP-FuseTeledyne e2v（CCD47-10）Back illuminated styleCCDSensor, put it inRaptorproprietaryPentaVacIn a vacuum enclosure, only air cooling can be used to cool it to-80°CIt can be cooled to-90°C，Eagle 1MP-FIt is a long-term exposureCamera. Compared to the original camera, it has changed the lens interface toCMouth, easy to adapt to various laboratory lenses, and equipped with an integrated shutter. Can provide less than2.3e^-Low readout noise.Eagle 1MP-FAlso provided75kHzand2MHzThe dual reading rate.

Eagle 1MP-F main parameters:

-90 ° C (using 10 ° C water cooling)/-80 ° C (using air cooling, with an ambient temperature of 25 ° C)

E2v back illuminated 1MP sensor, supporting 1056x1027 large field of view imaging

• High QE: greater than 90% at 525nm, greater than 50% at 380nm and 720nm

• Extremely low dark current:<0.001 @ -90 ° C (using 10 ° C water cooling)

Technical Indicators:

sensor	E2V CCD47-10 back illuminated type
Effective pixels	1056 × 1027
pixel size	13mm × 13mm
Effective target size	13.7mm × 13.3mm (19.09mm diagonal)
Pixel Merge	16*16pixels
Full trap capacity	Minimum: 80ke- Typical: 100ke-
nonlinear	< 1%
read noise	<3.5e- @ 75kHz (2.3e-typical) <12e- @ 2MHz (9.0e-typical)
Read out the noise after merging	@75kHz pixel readout rate, 16×16 binning < 5.0 e- rms
Peak Quantum Efficiency (QE)	> 90% @ 550nm
spectral range	300nm-1050nm
Dark current @ minimum temperature	0.0001 e-/pixel/second
shutter	Mechanical, aperture φ=25mm
refrigeration	-90°C with 10°C coolant / -80°C air cooled with 25°C ambient
Cooling method	TEC with liquid (utilizing PentaVac™ Technology)
Lens interface	C口 (others on request)
synchronization	Trigger IN and OUT – TTL compatible
digital output	16-bit
Digital interface	Cameralink (base)
power supply	12V DC ±10%
power consumption	<100W (TEC ON, Steady State)
Operating temperature range	0°C to +55°C
Storage temperature range	-30°C to +60°C
size	140mm x 126mm x 120mm
Weight (excluding lens)	2.2Kg [4.85lb]

RaptorDeep coolingCCDcameraWe can provide various chip configuration solutions and offer different technical solutions for different scientific research applications.

Case study sharing of chemiluminescence imaging

chemiluminescence （ChemiLuminescence, abbreviated asCL）Method is a type of molecular luminescence spectroscopy analysis, which is mainly based on the principle that the concentration of the analyte in a chemical detection system is linearly and quantitatively related to the chemiluminescence intensity of the system under certain conditions. It is a trace analysis method that uses instruments to detect the chemiluminescence intensity of the system and determine the content of the analyte.

利用Deep coolingCCD cameraChemical luminescence imaging of plants combines high-sensitivity detection with the ability to locate and quantify luminescence. Imaging utilizes the high sensitivity, specificity, low background, and wide dynamic range of chemiluminescence to quantify and locate analytes, achieving the level of single photon detection.

The camera required for this application needs to achieve high sensitivity imaging at longer exposure times in order to detect the small amount of excited photons.