Research grade deep cooling shortwave infrared movement

NegotiableUpdate on 05/18

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Nature of the Manufacturer: Producers

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Place of Origin

Online Consult

Overview

LD-SW6401715-40-G is a research grade deep cooled shortwave infrared movement developed by the Leading team, which has high sensitivity and quantum efficiency in the 0.9 μ m-1.7 μ m wavelength range. Its resolution is 640x512, and the integration time can reach more than 2 minutes. The movement adopts a new generation of two-stage thermoelectric refrigeration chip, with a flexible temperature controller that can be adjusted according to the operating temperature. At the same time, a reliable thermal control design is adopted, which reduces the focal plane temperature to -40 ℃, thereby reducing dark current, improving signal-to-noise ratio, and presenting high-quality image quality.

Product Details

Research grade deep refrigeration shortwaveInfrared movement

LD-SW6401715-40-GIt was developed by the Liding team0.9Mm-1.7MmThe frequency band has high sensitivity andtallQuantum efficiencyResearch grade deep refrigeration shortwaveInfrared movement.Its resolution is640x512，Points time can reach2minThe above.This movement adoptsnew generationSecondary thermoelectric refrigeration chip, flexible temperature controller that can be adjusted according to the operating temperature, and reliable thermal control design, allowing the focal plane temperature to be as low as-40℃, thereby reducing dark current, improving signal-to-noise ratio, and presenting high-quality image quality. This product does not require water cooling and can customize lens interfaces according to requirements to meet users' applications in various scenarios. This domestically produced deep refrigeration shortwaveInfrared movementIt is independent and controllable, breaking the monopoly position of imported products. Its application will effectively promote domestic development in life sciences, astronomical observationEMMIProgress in scientific research in fields such as systems, quantum dot imaging, and fluorescence imaging.

Product features	application field
① High sensitivityInGaAsFocal plane detector	① Low light imaging
②640 x 512pixel resolutionThe15Mmpixel size	② Medical and scientific imaging
③ Spectral response range0.9Mm~1.7Mm	③ Hyperspectral imaging
④ Detector cooling automatic/manual control	④ Laser spot tracking imaging
⑤ Automatic/Manual gain control	⑤ High temperature thermography
⑥ Non uniformity correction on board	⑥ Search and rescue remote sensing
⑦ Adjustable contrast	⑦ Identify
⑧ Synchronized output of digital and analog videos	⑧ Garbage sorting
⑨ Integrated onboard tracking function	⑨ Semiconductor testing

technical indicators

detector
detector type	InGaAsFPA
spectral response	0.9μm~ 1.7μm
resolution	640x512
Pixel spacing	15μm
effective area	9.6mm x 7.68mm
quantum efficiency	＞70%@（1.0Mm-1.6Mm）
Effective pixels	＞99.5%
Cooling method	TE2a
refrigeration temperature	-40℃
image
frame rate	50Hz
Window mode	supportOpen windows at any position
exposure method	Global shutter
exposure time	1μs—1/Frame rate（reachable2minAbove)
Digital output format	8/14bit GigE
Analog output format	PAL/NTSC
Onboard image processing	automatic/Manual exposure; automatic/Manual gain; Non uniformity correction; blind pixel correction
Image function	Frame rate selection, synchronization mode selection, contrast ratio/Brightness adjustment (manual), enhancement, testing image, loading crosshairs, setting information saving
interface
electrical interface	HR10
digital interface	RJ45@GigE
mock interface	SMA
external trigger	TTL/LVDS
Optical interface	C
tripod mount	12×M3/1/4″-20
power supply
power input	24V DC
power consumption	＜10WTEC off
environmental adaptability
Operating Temperature	-40℃~ +55℃
Storage temperature	-50℃~ +65℃
physical properties
weight	≤1050g(Excluding lens)
SizeLx Wx H）	≤90mm x 90mm x 87mm