InGaAs CCD Sensors

ATD7100

Optosky provides InGaAs image sensor options covering the visible (VIS), near infrared (NIR), and short wavelength infrared (SWIR) regions, and they have a built-in Linear InGaAs CCD, allowing easy operation. Our InGaAs image sensors fulfill different applications including Scientific research, Spectral detection,Bioluminescence，and Fluorescence detection.

Delivery

FOB

minimum order

1 unit

Country of Origin

Made In China

Quantity

Contact Now

Description

ATD7100 is an low-temperature cooling, high-performance linear array InGaAs CCD sensor specially designed by Optosky for the short-wave infrared band. ATD7100 has a built-in high-performance linear InGaAs CCD, a multi-stage high-performance TEC refrigerator, and is supplemented by efficient sealing technology to achieve ultra-low temperature refrigeration effects. , thereby achieving the characteristics of low dark current, low noise, and high reliability.

ATD7100 uses a high-performance linear array InGaAs CCD sensor with excellent sensitivity, signal-to-noise ratio, and dark current performance. It also uses a multi-stage high-performance TEC cooling period, supplemented by efficient sealing technology or vacuum sealing technology, thus achieving The ultra-low temperature refrigeration effect can reach as low as -30℃.

Under normal circumstances, ATD7100 uses air cooling technology to achieve an ultra-low temperature refrigeration effect of -70°C. At the same time, ATD7100 can also use water cooling technology to achieve better cooling effects.

ATD7100 has built-in ultra-low noise CCD signal conditioning circuit, high-precision ADC, and high-performance noise elimination technology, and then digitizes the sensor signal and outputs it through USB2.0

Model	Feature
ATD7100-IGA15-5	0.9~1.5μm, 512 pixels
ATD7100-IGA17-5	0.9~1.7μm, 512 pixels
ATD7100-IGA17-10	0.9~1.7μm, 1024 pixels
ATD7100-IGA22-5	0.9~2.2μm, 512 pixels
ATD7100-IGA25-5	0.9~2.5μm, 512 pixels

Features

Band range: 990~2600nm
Linear InGaAs CCD
Cooling down to -30℃
Ultra-low dark current
Ultra low noise
Resolutions: 2048, 1024
Irradiation time up to 1.3 hours
Volume structure: 80 x 80 x 90mm
Light weight: <750g

Application

Scientific research
Spectral detection
Fluorescence detection
Bioluminescence

Item	Parameter
	ATD7100-IGA15-5	ATD7100-IGA17-5	ATD7100-IGA17-10	ATD7100-IGA22-5	ATD7100-IGA25-5
Spectral range	0.9~1.5 μm	0.9~1.7 μm		0.9~2.2 μm	0.9~2.5 μm
Number of pixels	512X1		1024X1	512X1	512X1
Detector target size	12.8 × 0.5 mm	12.8 × 0.5 mm	12.8 × 0.08 mm	12.8 × 0.5 mm	12.8 × 0.5 mm
Refrigeration method	Three-class TEC refrigeration	Three-class TEC refrigeration	Three-class TEC refrigeration	Three-class TEC refrigeration	Three-class TEC refrigeration
Cooling temperature	-30℃	-30℃	-30℃	-30℃	-30℃
Maximum exposure time	15 min		10 min	500ms	100ms
bit depth	18 bits	18 bits	18 bits	18 bits	18 bits
Heat dissipation method	Air cooling	Air cooling	Air cooling	Air cooling	Air cooling
Data output interface	USB2.0	USB2.0	USB2.0	USB2.0	USB2.0
Detector power supply	DC12V±5%
Power consumption	<30 W
Non-uniformity	±3%		±3%	±5%	±5%
Dynamic Range	14000		16667	16667	16667
Maximum frame rate	100 fps	100 fps	100 fps	100 fps	100 fps
Size	80 x 80 x 90mm
Weight	Less than 750g
Operating temperature	-20 ~ 50°C
Storage temperature	-30 ~ 70°C
Note: The parameters in the table are for reference only, other performance parameters of the instrument can be customized;