• FPA resolution

    32 x 32

  • Integration time

    Programmable, 100 us – 1000 us

  • Communication interface

    USB 2.0, high-speed (up to 480 Mbps)

  • Data transmission

    Raw data, 10 bits

  • Acquisition trigger (TRIGGER IN)

    SMA connector, 2 modes: start/stop, burst

  • Output trigger (TRIGGER OUT)

    SMA connector, 1 pulse per image

  • DLL library for C

    Available

TACHYON 1024 CORE-HS

  • Electronic module system with control and communications interface for TACHYON 1024 FPA (2nd gen. FPA with ROIC, 32×32), frame rate 10,000 Hz and USB 2.0 interface

Applications

  • Industrial process control
  • Laser monitoring
  • Gas and flame detection

 

Specifications

  • Module description: Electronic module for control and communications of TACHYON 1024 FPA (2nd gen. FPA con ROIC, 32×32)
  • Integration time: Selectable, via software (100 us – 1000 us)
  • Maximum frame rate: 10,000 Hz (*Note: slower frame rates are possible using longer integration times)
  • Readout method: Snapshot (global shutter)
  • Input trigger: Hardware, SMA connector, 2 modes: start/stop, burst
  • Output trigger: Hardware, SMA connector, multiple modes
  • FPA: Included- TACHYON 1024 FPA (2nd gen. FPA with ROIC, 32×32)
  • Detector biasing: Selectable, via software (0 V – 4 V, with current measurement)
  • Comm’s interface: USB 2.0 high-speed
  • Data transmission: Raw data, 10 bits
  • Power: External power, 12 VDC, 500 mA (6 W)

Technical notes – News

New Infrared Technologies, Ltd.
New Infrared Technologies, Ltd.

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Related videos

Description

In this video, several examples of the capabilities of NIT’s sensors to monitor industrial welding processes are shown. Sensors used in the demos are the TACHYON 1024 CORE-HS operating at 10,000 fps, and the MATRIX 1024 CORE-S operating at 100 fps. The examples shown focus on resistance spot welding (automotive industry and home appliance manufactuing industry), and TIG welding (metal barrel manufacturing).

Related applications

New Infrared Technologies, Ltd.

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