NEPTUNE SW

500 x 256 - 30 μm pitch - MCT

The detector for SWIR hyperspectral imaging and
spectroscopy.

  • Commercial
Component

Description

Neptune SW is a very high-performance IDCA which enables you imaging from 0.9 to 2.5 μm.
This IDCA is well-adapted to low fl ux in this wavelength range. The line by line gain selection function makes it perfectly suitable for hyperspectral imaging.
This high-performance IDCA takes full advantage of Sofradir’s state of the art technologies.

Neptune SW is a very high-performance IDCA which enables you imaging from 0.9 to 2.5 μm.
This IDCA is well-adapted to low fl ux in this wavelength range. The line by line gain selection function makes it perfectly suitable for hyperspectral imaging.
This high-performance IDCA takes full advantage of Sofradir’s state of the art technologies.

Features

  • Pixel pitch

    30 μm × 30 μm

  • Detector spectral response

    0.8 μm – 2.5 μm

  • FPA Operating Temperature

    Up to 200 K

ROIC Features

  • Modes

    Snapshot operation, Integrate-While-Read mode

  • Max charge handling capacity

    0.5 10^6 e- (Gain 1) / 2.5 10^6 e- (Gain 2) for 100 % well fill

  • Readout noise

    < 150 e- (for 0.5 10^6 e- Gain 1); < 350 e- (for 2.5 10^6 e- Gain 2)

  • Number of output

    2 or 4

Typical Performances

ELECTRO-OPTICAL TYPICAL PERFORMANCES

  • Signal to noise ratio (average): > 1000 (for 2.5 10^6 e- Gain 2, 50 % well fill, 50 Hz)
  • Array operability: > 99.5 % typical
  • Non uniformity: < 7 %
  • Linearity: > 99.5 %
  • Quantum efficiency: > 60 % without antireflective coating
  • Array Features

  • FOV
  • Regulated input power
  • Cooldown input power
  • Cooldown time
  • Weight
  • Operating Temperatures
  • product image
  • k508
  • FOV TBD in function of user need
  • Regulated input power < 10 WDC*
  • Cooldown input power < 17 WDC*
  • Cooldown time < 10 min
  • Weight < 0.8 kg
  • Operating Temperatures - 40° C to 71° C

Options

  • list imgProximity driving electronics (including ADC)
  • list imgTechnical training and support
  • list img
  • list img* WDC = at cooler C&CE DC input