LUMIDAR SWIR image sensor
  • Innovative organic semiconducor technology

  • Compatible with existing machine vision systems

  • Wide spectral imaging in multiple scenes

  • Cost optimization

  • Product Overview


    LUMIDAR-SW is an image sensor used in industrial vision cameras, which can provide clear imaging in the visible light and SWIR 0.3-1.4 μm wide band. Compared to conventional InGaAs solution, LUMIDAR-SW is equipped with the innovative LumidarIR™ Technology, High cost-effective SWIR imaging solution with wide spectral response achieved through disruptive organic semiconductor design processes.

    Features
    • Wide spectral response range from Visible to SWIR: 0.3-1.4 μm.
    • Cost-effective sensor by LUMIDAR patented technology.
    • Direct sensor integration over the CMOS ROIC.
    • Ultra low dark current density: 2 fA/pix.
    • Global shutter for sharp images of fast moving objects.
    • High speed: 340 fps (640A), 120 fps (640D) at full resolution.
    • TECless operation: -40-65 °C.
    Parameters
    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%

    Product Dimensions (Unit: mm)



    Resolution (640×512 dip) image

    Imaging Case

    Imaging through silicon-based materials
    Identify the debris in the coffee beans
    Temperature detection of the soldering iron
    Imaging through packaging
    Moisture detection under the surface of apples
    Chemical liquid identification