Innovative organic semiconducor technology
Compatible with existing machine vision systems
Wide spectral imaging in multiple scenes
Cost optimization
The LUMIDAR_SW640A/D are next-generation visible-to-shortwave infrared CMOS image sensors developed based on our patented organic semiconductor technology. The sensors offer significantly higher cost-performance ratio compared to traditional SWIR technologies. With ultra-low dark current noise and wider TECless operational temperature range, making them highly adaptable to various applications. Especially, they show excellent response to commercial laser/VCSEL sources such as 1064 nm, 1135 nm, and 1380 nm, which particularly suitable for the development of eye-safe 3D imaging products
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P/N |
LUMIDAR_SW640A | LUMIDAR_SW640D |
|
Array Format |
640(H)x512(V) |
|
| Pixel Pitch |
15 μm |
|
|
Shutter Type |
Global |
|
|
Gain Mode |
106 μv/eˉ (HG) / 20 μv/eˉ (MG) / 0.8 μv/eˉ (LG) |
|
|
Readout Mode |
ITR / IWR / CDS / NDRO / IMRO | |
|
Full Well Capacity |
1.8 Meˉ (Max) |
|
|
Frame Rate |
340 Hz |
120 Hz |
|
Output Interface |
2/4/8 ch Analog |
2/4 ch LVDS |
|
Power Consumption |
150 mW@2 ch Analog OUT |
280 mW@2 ch LVDS |
|
Package |
PGA32 |
PGA68 |
|
TEC |
- |
Included |
| PIXEL PERFORMANCE | ||
| Spectral Range | 0.3-1.4 μm | |
| Dark Current Density | 2 fA/pix | |
| Detectivity | 3X1011 cm·Hz 1/2/W @1200 nm | |
| Dynamic Range | 60 dB | |
| Singal-Noise Ratio | 45 dB | |
| Operation Temperature | -40-65 °C | |
| Pixel Operability | >99.9% | |
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