4.2 Megapixel CMOS Camera

Horiba Scientific Sylent Camera
4.2 Megapixel

Typical Specifications:
- Scientific CMOS Sensor Type: Monochrome / Back-Illuminated (Front-illuminated upon request)
- Effective Pixels: 4.2 Mega Pixel / Monochrome
- Active Pixels: 2048 x 2048
- Pixel size (μm): 6.5 x 6.5
- Active Photosensitive Area (mm): 13.3 x 13.3 (Optical format: 1.2" / Diagonal 18.9 mm)
- Full Well: 55 ke¯ typ 50 ke¯ min
- Linear Full Well: 53 ke¯ typ 48 ke¯ min
- Read Noise Median: 1.6 e¯ typ 2.5 e¯ max
- Dynamic Range (HDR): 31,623:1 (90 dB) typ
- Non-Linearity: <0.5%
- Quantum Efficiency: up to 95%
- Applications: Microscopy: Fluorescence, Light Sheet Fluorescence

Description:
The HORIBA Sylent scientific CMOS uncooled camera incorporates a novel back-illuminated 4.2 MP sensor with 6.5 μm pixels and featuring a 13.3 mm x 13.3 mm active photosensitive area targeted to meet the most demanding photonic applications for the scientific and industrial sectors.
At the heart of HORIBA's new Sylent scientific CMOS camera model lies a novel back-illuminated sensor architecture providing UV to NIR responsivity with quantum efficiencies (QE) of up to 95% ... without the use of performance limiting micro-lenses.
In addition to the user selectable 12-bit High and Low gain operating modes, the Sylent 4.2MP-U- 6.5-BI camera features an unprecedented 16-bit High Dynamic Range (HDR) mode (90 dB) allowing for the accurate capture of weak and bright signal regions simultaneously on a per image basis.