• FPA resolution

    80 x 80

  • 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 6400 CORE-HS

  • Electronic module system with control and communications interface for TACHYON 6400 FPA (2nd gen. FPA with ROIC, 80×80, frame rate 2,000 Hz and USB 2.0 interface

Applications

  • Industrial process control
  • Laser monitoring
  • Gas and flame detection
Datasheet
Information / Sales

 

Specifications

  • Module description: Electronic module for control and communications of TACHYON 6400 FPA (2nd gen. FPA con ROIC, 80×80)
  •  Integration time: Selectable, via software (100 us – 1000 us)
  • Maximum frame rate: 2000 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 6400 FPA (2nd gen. FPA with ROIC, 80×80)
  • 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)

Related products

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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).

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