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System onlinePhotonic Science — 0.9–1.7 µm, TE-Cooled

Cooled VGA SWIR InGaAs Camera

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Key specifications
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Applications
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Performance features
Overview

Technical record / 0036

The Cooled VGA SWIR InGaAs Camera delivers high-sensitivity imaging in the 0.9 µm to 1.7 µm spectral range. A thermoelectrically cooled InGaAs focal plane array provides stable, low-noise operation even at long exposure times.

With VGA resolution (640 × 512) and high quantum efficiency across the SWIR band, this camera is ideal for semiconductor wafer inspection, photoluminescence imaging, solar cell defect analysis, and laser beam profiling.

Key Features

What Sets This Product Apart

010.9–1.7 µm SWIR sensitivity
02TE-cooled sensor for stable long-exposure performance
03VGA resolution with 15 µm pixel pitch
04Compact design for laboratory and industrial integration
Specifications

Technical Details

  • 01Sensor: InGaAs FPA, 640 × 512 (VGA)
  • 02Spectral range: 0.9 µm to 1.7 µm
  • 03Cooling: TE-cooled for low dark current
  • 04Pixel size: 15 µm
  • 05High quantum efficiency (>70%) across SWIR band
Applications

Where It Excels

  • 01Semiconductor wafer inspection
  • 02Solar cell and photovoltaic evaluation
  • 03 Spectroscopy and hyperspectral imaging
  • 04Laser beam profiling and alignment
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Cooled VGA SWIR InGaAs Camera | Products | Opticore