Leo3249

• Capture Detail & Area

The 31.7mm Diagonal combined with a small 3.2 micron pixels helps instrument builders looking to Niquest match their optics whilst reducing the number of images needed. The overall impact is a reduction in imaging cycle time which delivering your results faster.

• Global Shutter Advantage

The LEO 3249 has been designed for large format, high spatial resolution imaging where throughput is essential. By delivering larger sample coverage in combination with a global shutter design the LEO 3249 can reduce cycle times in complex multiplexed experiments.

• High Speed

The LEO series breaks the speed-to-data limits of sCMOS. In the case of the 3249 delivering 49 Million pixels at a staggering 71 fps. Combined with the physical area this speed delivers the ultimate solution for those seeking to maximise their instruments throughput.

• Product Model: Leo 3249
• Sensor Model: GMAX 3249
• Sensor Type: sCMOS (Global Shutter)
• Shutter Type: Global Shutter
• Pixel Size: 2 μm ×3.2 μm
• Peak QE: 65%
• Chrome: Color & Mono
• Array Diagonal: 7 mm ( APS-H )
• Effective Area: 4 mm x 22.4 mm
• Resolution: 7000 x 7000
• Full Well Capacity (12 bit): 11ke- @ PGA × 0.75; 2 ke- @ PGA × 6
• Full Well Capacity (10 bit): 6 ke- @ PGA ×0.75; 9.8 ke- @ PGA ×1.25

• Frame Rate: 71 fps @ 10 bit；31 fps @ 12 bit
• Read out Noise (12 bit): 7 e- @ PGA × 0.75; 5e- @ PGA ×1.25; 1.9e- @ PGA × 6
• Read out Noise (10 bit): 8 e- @ PGA ×0.75; 7.5e- @ PGA ×1.25
• Cooling Method: Air / Liquid / Passive (no fan) Cooling
• Interface: 100G GigE
• Dark Current: ＜3 e-/ p / s @ 25 ℃
• Data Bit Depth: 10 bit , 12 bit
• Power Consumption: 2 W @ 10 bit; 2 W @12 bit
• Optical Interface: Customer Specified
• Dimensions: Compact Design
• Weight: < 1kg