FL 9BW

The FL 9BW is a cooled CMOS camera designed for long exposure imaging. It not only incorporates high sensitivity and low noise advantages from latest sensor technologies, but also leverages Tucsen’s many years experiences on cooling chamber design and advanced image processing, being able to capture clean and even images for up to 60 minutes exposure time.

  • 15.96 mm (1″)
  • 3000 (H) × 3000 (V)
  • 3.76 μm x 3.76 μm
  • < 0.0005 e-/p/s
  • -25℃ @ 22℃
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Description

Long Exposure ImagingLong Exposure Imaging

The Dark current and the cooling depth are the key performance of long exposure imaging. The FL 9BW has the low dark current down to 0.0005 e- / p / s and the deep cooling depth down to -25℃ at ambient 22°C , which make it can acquire high SNR images within ~ 10 min, and has higher SNR in 60 min than the CCD.

 

 

Better Quantitative CapabilityBetter Quantitative Capability

The FL 9BW integrates Sony’s glow suppression technology and TUCSEN advanced image calibration technology to calibrate problems such as background glow and dead pixels, providing much cleaner background for quantitative analysis.

 

 

Latest BSI-CMOS TechnologyLatest BSI-CMOS Technology

The FL 9BW has the excellent imaging performance of modern CMOS technology. Not only the dark current is as low as the CCD, but also has the ultra-low light imaging capacity with 92 % peak QE and 0.9 e- readout noise, and the frame rate and the dynamic range are higher than 4 times that of the CCD.

 

 

Specification

Model FL 9BW
Sensor Type BSI CMOS
Sensor Model SONY IMX533CLK-D
Color/Mono Mono
Array Diagonal 15.96 mm (1”)
Effective area 11.28 mm × 11.28 mm
Pixel Size 3.76 µm × 3.76 µm
Resolution 3000 × 3000, 9 MP
Peak QE 92 % @ 540 nm
Dark Current < 0.0005 e-/p/s
Gain Mode Gain 0, Gain 1, Gain 2, Gain 3
Full well capacity 47 ke- @ Gain 0, 16 ke- @ Gain 1, 7.8 ke- @ Gain 2, 3 ke- @ Gain 3
Readout noise 2.5 e- @ Gain 0, 1.0 e- @ Gain 1, 0.85 e- @ Gain 2, 0.75 e- @ Gain 3
Frame Rate 19 fps @ Standard Mode, 12 fps @ Low Noise Mode
Shutter Mode Rolling
Exposure Time 12.2 μs ~ 60 min
Image Processing DDFC, DPC
ROI Support
Binning 2 x 2 , 3 x 3 , 4 x 4 , 6 x 6 , 8 x 8
Cooling Method Air
Cooling Temperature Cooled to -25 °C @ Ambient temperature (22 °C)
Trigger Mode Hardware, Software
Output Trigger Signals Exposure start, Global, Readout end, High level, Low level
Trigger Interface Horise
SDK C, C++, C#
Data Interface USB 3.0
Optical Interface C-Mount, Customizable
Bit Depth 14 bit @ bin1, Extended to 16 bit with FPGA binning
Power 12 V / 6 A
Power Consumption ≤ 40 W
Dimensions 76 mm x 76 mm x 98.5 mm
Camera Weight 835 g
Operating System Windows / Linux
Operating Environment Working:Temperature 0 ~ 40 °C , Humidity 10 ~ 85 %
Storage: Temperature -10 ~ 60 °C , Humidity 0 ~ 85 %
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