Leo3243
Large format sCMOS designed for high-resolution imaging combined with stacked BSI technology delivering high speed and high full well capacity.
- Stacked BSI sCMOS
- 3.2 μm pixels
- 8192 x 5232
- 31.07 mm Diagonal
- 100 fps @ 43MP
The Leo 3243 has been designed to break the relationship between pixel size and full well capacity. Delivering small pixels to drive spatial resolution to match lower magnification lenses whilst delivering 10x the full well capacity of similar sized pixels, ensuring data is not saturated or lost in the noise.
More About This Item
- Stacked BSI sCMOS
The LEO 3243 uses a stacked BSI sCMOS sensor which allows the capture up to 10x more signal per exposure than a classical sCMOS using similar pixel size. Delivering your system both the desired spatial resolution combined with dynamic range to cope with any variation in signal.
- 100 fps at 43MP
The LEO series breaks the speed-to-data limits of sCMOS. In the case of the 3243 delivering 43 Million pixels at a staggering 100 fps. Combined with the physical area this speed delivers the ultimate solution for those seeking to maximise their instruments throughput.
- Product Model: Leo 3243
- Sensor Model: GSENSE 3243BSI
- Sensor Type: Stacked BSI sCMOS
- Shutter Type: Rolling Shutter
- Pixel Size: 2 μm ×3.2 μm
- Peak QE: 80 %
- Chrome: Color / Mono
- Array Diagonal: 07 mm
- Effective Area: 2 mm x 16.7 mm
- Resolution: 8192 x 5232
- Full Well Capacity : 25 ke- @HDR; 94 ke- @Extend.HDR
- Dynamic Range: 83 dB (up to 110 dB)
- Frame Rate: 100 fps @ HDR, 25 fps @ Extend.HDR
- Read Out Noise: < 3 e-
- Dark Current: 1 e⁻ / pixel / s @ 0 ℃
- Cooling Method: Air / Liquid / Passive ( (no fan) Cooling
- Cooling Temperature: Maximun 30 ℃ below ambient
- Output Trigger Signals: Customer Specified
- Trigger Interface: HIROSE
- Data Interface: 100G QFSP28 / 100G GigE
- Data Bit Depth: 8, 12 and 16-bit
- Optical Interface: Customer Specified
- Dimensions: Compact Desgin
- Weight: <1kg