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Precisometer · Official representative

SWIR & extended SWIR

Cooled VGA Vis-SWIR

Cooled 640 × 512 InGaAs imaging over 600–1700 nm, with gain and readout modes selected around signal level and timing.

Cooled VGA Vis-SWIR

Representative manufacturer photograph; housing and connectors depend on the selected configuration. Select the photograph to enlarge.

Spectral response
600–1700 nm
Sensor
640 × 512 InGaAs; 15 µm pixels
Full-frame rate
174 fps
Cooling
Air and water cooling options

From photon to signal

QE & spectral response.

Full specifications

Measured response depends on the InGaAs spectral variant. The range datasheet also specifies gain-dependent noise, full well, integration modes and cooling conditions.

QE at 1500 nm
78%

Select a figure to inspect the original axes, legend and curves.

Original curve for this spectral-window model from SWIR range Rev01. Curves for standard, Vis-SWIR, XT and XT+ sensors are distinct; the published numerical QE points are shown above.

Cooled VGA Vis-SWIR — quantum efficiency

Cooled VGA Vis-SWIR — quantum efficiency — enlarged manufacturer figure

Original curve for this spectral-window model from SWIR range Rev01. Curves for standard, Vis-SWIR, XT and XT+ sensors are distinct; the published numerical QE points are shown above.

Manufacturer response curve from the earlier individual-camera sheet; source revision and axes are retained. This is separate from the SWIR range Rev01 curve.

Earlier individual-sheet response

Earlier individual-sheet response — enlarged manufacturer figure

Manufacturer response curve from the earlier individual-camera sheet; source revision and axes are retained. This is separate from the SWIR range Rev01 curve.

The details behind the selection

Full technical specifications.

Compare sensor configurations, coating options, operating limits and integration details directly below. Check the operating mode and temperature alongside each performance value.

01

SWIR range — gain, cooling & spectral specifications

14 parameters
SWIR range — gain, cooling & spectral specifications
CharacteristicsVis-SWIRSWIR
Spectral Range600 nm - 1700 nm900 nm - 1700 nm
Resolution640 x 512640 x 512
Sensor Size9.6 mm x 7.68 mm9.6 mm x 7.68 mm
Frame Rate174 fps at full VGA resolution 570 fps at ¼ VGA resolution 7,200 fps at 640x4 resolution (spectroscopy or line mode)
Pixel Size15 µm x 15 µm15 µm x 15 µm
Full Well Capacity (typical)24k electrons (high gain mode) 100k electrons (mid gain mode) 1.2M electrons (low gain mode)
Read Out Noise (typical)34 electrons (high gain mode) 64 electrons (mid gain mode) 600 electrons (low gain mode)33 electrons (high gain mode) 64 electrons (mid gain mode) 600 electrons (low gain mode)
Reading ModeIntegrate then read, Integrate while read
Dark Current (typical)0.2 fA with air cooling 0.05 fA with water cooling0.2 fA with air cooling 0.05 fA with water cooling
Sensor Temperature-20°C with air cooling, -50°C with water cooling
CorrectionsNon uniformity, bright pixel, gain, offset, flatfield
Bit Depth14-bit with 16-bit digital processing
Exposure Range30 microseconds to > 1 minute
QE78% @ 1500 nm80% @ 1500 nm

The range revision is kept separate from earlier individual-camera sheets because cooling and gain specifications differ. Values are typical under the conditions shown.

02

Earlier individual-camera specifications

14 parameters
Earlier individual-camera specifications
CharacteristicsPSEL VGA 15µm
Spectral Range600 - 1700 nm
Resolution640 x 512
Sensor Size9.6 mm x 7.68 mm
Frame Rate174 fps at full VGA resolution 570 fps at ¼ VGA resolution 7,200 fps at 640x4 resolution (spectroscopy or line mode)
Pitch15µm x 15µm
Full Well Capacity20k - 23k electrons (high gain mode) 80k - 105k electrons (mid gain mode) 1.0M - 1.5M electrons (low gain mode)
Read Out Noise28 - 40 electrons (high gain mode)
Reading ModeIntegrate Then Read, Integrate While Read
Dark Current1 fA uncorrected, approx. 0.2 fA with corrections with air cooling 0.2 fA uncorrected, approx. 0.05 fA with corrections with water cooling
Sensor Temperature (ºC)-25°C with air cooling, -50°C with water cooling (lower dark current)
CorrectionsNon uniformity, bright pixel, gain, offset, flatfield
ADC14-bit with 16-bit digital processing
Exposure30 microseconds up to > 1 minute
QE at 1350 nm82%

Earlier individual-sheet values are reproduced separately. Confirm the required revision, gain mode and cooling before comparing them with the SWIR range Rev01 table.

Key Features

  • 14-bit digitization / 16-bit image processing
  • Read out noise down to typically <30 electrons
  • >200 fps with region of interest ROI
  • Excellent linearity response to varying intensities and / or exposures
  • Gigabit Ethernet & Camera Link interface
  • Software option: SDK kit, Labview VI's

Build your enquiry

Start with the detector.

Choose a published configuration, add the integration topics you want to discuss, and keep the exact model in your enquiry.

Cooled VGA Vis-SWIR configuration and enquiry
Your starting configuration

Cooled VGA Vis-SWIR

Sensor / coating
InGaAs focal-plane array
Pixels
640 × 512
Pixel pitch
15 µm
Active input
9.6 × 7.68 mm
Acquisition
174 fps full VGA; 570 fps quarter VGA; 7200 fps at 640 × 4
Cooling
−20°C air / −50°C water
Read noise
34 e− high gain (typical)
Interface
GigE
Optical / mechanical interface
Lens interface selected for the application
Spectral response
600–1700 nm
Digitization
14-bit; 16-bit digital processing

Selected options are requirements for discussion. Compatibility and final performance are confirmed for your configuration.

Review enquiry

Discuss selection, integration and a quotation with Precisometer.

Full-frame, quarter-frame and 640 × 4 rates describe different readout modes. Cooling and dark current are configuration dependent.

Technical overview

Designed around the measurement.

Cooled 640 × 512 InGaAs imaging over 600–1700 nm, with gain and readout modes selected around signal level and timing.

Spectroscopy & hyperspectral imagingSemiconductor inspectionNIR fluorescenceLaser beam profiling
Cooled VGA Vis-SWIR technical overview
Spectral response600–1700 nm
Sensor640 × 512 InGaAs; 15 µm pixels
Full-frame rate174 fps
CoolingAir and water cooling options

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4 product ranges · 3 camera configurations

Cooled VGA SWIR
Photonic Science / SWIR & extended SWIR

Cooled VGA SWIR

Cooled 640 × 512 InGaAs imaging over 900–1700 nm, with gain and readout modes selected around signal level and timing.

Spectral response
900–1700 nm
Sensor
640 × 512 InGaAs; 15 µm pixels
1 configurations · specifications
Cooled VGA SWIR XT
Photonic Science / SWIR & extended SWIR

Cooled VGA SWIR XT

Cooled 640 × 512 InGaAs imaging over 1000–1900 nm, with gain and readout modes selected around signal level and timing.

Spectral response
1000–1900 nm
Sensor
640 × 512 InGaAs; 15 µm pixels
1 configurations · specifications
Cooled VGA SWIR XT+
Photonic Science / SWIR & extended SWIR

Cooled VGA SWIR XT+

Cooled 640 × 512 InGaAs imaging over 1100–2200 nm, with gain and readout modes selected around signal level and timing.

Spectral response
1100–2200 nm
Sensor
640 × 512 InGaAs; 15 µm pixels
1 configurations · specifications
OEM & custom imaging

Representative equipment; the complete configuration depends on your application.

Photonic Science / Integration & accessories

OEM & custom imaging

Custom camera and detector integration from sensor selection and cooling through mechanics, interfaces and software.

Technologies
CCD, sCMOS, InGaAs and intensified imaging
Engineering
Form factor, cooling, optics, interfaces and software
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