HIGH-PERFORMANCE OPTICAL MEASUREMENT EQUIPMENT AND SYSTEM SOLUTION

IMAGING DETECTOR AND RELATED PRODUCT

InGaAs HIGH SENSITIVITY NIR DETECTOR ISA041H2

PRODUCT OVERVIEW
InGaAs HIGH SENSITIVITY NIR DETECTOR ISA041H2

mscopetypec

ISA041H2 is a new type InGaAs NIR detector using 320×256 pixels InGaAs solid state image sensor, having high spectral sensitivity in 950~1700nm spectral range.

Especially, it has very high spectral sensitivity in 1300~1600nm spectral range, so it is best for beam profile measurement and analysis, beam observation, inspection, assembling adjustment of various optical device and module for optical communication.

As the image sensing device, InGaAs solid state image sensor is used. It has good characteristics in optical input-output linearity, durability to the input light, and free from image lag.

In combination with Synos’ optical system M-Scope series and Optical Beam Analysis Module AP013, it realizes various optical beam observation and analysis system in NIR spectral range.

FEATURE

  • High sensitivity InGaAs image sensor
    • 320(H)×256(V) total pixels, 20um × 20um pixel size, 10℃ chip temperature control
  • High spectral sensitivity in 950~1700nm spectral range.
  • Superior characteristic of optical input-output linearity
    • ISA041H2 has nearly linear signal output characteristic to optical input, therefore it is very suitable for optical intensity distribution measurement for laser beam measurement.
  • Excellent durability to input light, superior property for image lag.
    • ISA041H2 has almost no image lag, which makes it suitable for observation of quick movements such as position alignment and surveillance. In addition, it has almost no image burning that conventional infrared vidicon camera has.
  • Easy set-up by using USB I/F
    • ISA041H2 has USB3.0 I/F as camera I/F. It is easy to set up and use without special image processing hardware.

APPLICATIONS

  • Laser beam observation and laser beam profile analysis in 950~1700nm NIR wavelength range.
    • Laser diode, optical fiber, optical waveguide, optical modules for optical communication
  • NFP, FFP, collimated beam measurement in 950~1700nm spectral range
  • Optical characteristic measurement and assembly alignment for optical communication module such as fiber module and optical module
  • Research and development of silicon photonics
  • Inspection for semiconductor devices
    • Si wafer, compound semiconductor wafer, solar cell device, semiconductor chip
  • Image observation in NIR range in general purpose

SUMMARY OF SPECIFICATION

SPECTRAL SENSITIVITY
SUMMERY OF SPECIFICATION
MAIN SPECIFICATIONS OF InGaAs SENSOR
Sensor InGaAs image sensor (10℃ chip temperature control)
Spectral range 950~1700nm
Pixel number 320(H)×256(V) (total 81920 pixels)
Sensor pitch (pixel size) 20μm × 20μm
Effective device size 6.4mm(H) × 5.12mm(V)
MAIN SPECIFICATIONS OF DETECTOR UNIT
Camera interface USB3.0
ADC 14bit
Chip cooling temperature 10℃ +- 0.5℃ (at ambient temperature 25℃, forced-air cooling)
Exposure time 4.6ms ~ 1s (rolling shutter mode)
100μs ~ 1s (global shutter mode)
Frame rate 216.6 frames/sec (rolling shutter mode)
214.3 frames/sec (global shutter mode)
Camera mount C mount
Power consumption 16W or less
Input voltage DC +12V
Ambient operation temp. (recommended) +25℃ +-3℃
Ambient operation temperature/humidity 0~40℃ / 30%~80% (no condensation)
Ambient storage temperature/humidity -10~+50℃ / under 90% (no condensation)

COMPONENT

STANDARD COMPONENT
  • Detector head : 1
  • Dedicated AC adaptor : 1

RELATED PRODUCT INFORMATION

OPTICAL MEASUREMENT, IMAGE PROCESSING&DATA ANALYSIS SYSTEM
  • Optical Beam Analysis Module AP013
    • Image acquisition, processing, and data analysis system for optical beam analysis. AP013 is composed of personal computer, SYNOS' Optical Beam Analysis Software Optometrics BA Standard, camera driver software, and calibration data set.
  • Synos' optical measurement optics M-Scope series
    • Various types of optics for various optical measurement application are prepared. About M-Scope series, please refer to here.

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