ADwin-Pro II: Digitale Input and Output Modules

ADwin-Pro II und digitale Signale

Digital input and output modules are the interfaces to your measurement devices and digital sensors. Select the digital modules suitable to your signal type.

Digital input and output modules

  • DIO-32-TiCo2: 32 digital inputs / outputs with adjustable voltage levels (1.6 … 4.7 V), built-in edge detection or edge output (200 MHz) with time stamp, with TiCo2 processor (100 MHz) and 640 kB internal memory.
  • DIO-32, DIO-32-TiCo: 32 TTL channels configurable as inputs / outputs in groups of 8, built-in edge detection or edge output (100 MHz) with time stamp, optionally with TiCo processor (50 MHz) and 256 MB external memory.
  • DIO-32/1: 32 TTL channels each configurable as input / output, built-in edge detection or edge output (100 MHz) with time stamp, with TiCo processor (50 MHz) and 256 MB external memory.
  • DIO-8-D12: 20 programmable input/output channels, 8 of which as TTL channels and 12 as differential channels, built-in edge detection or edge output (200 MHz) with time stamp, with TiCo2 processor (100 MHz) and 640 kB internal memory
  • COMP-16: 16 inputs with 50 MHz comparators, voltage range 1 V…30 V, threshold adjustable, built-in edge detection or edge output (100 MHz) with time stamp, filter function.
  • OPT-16: 16 optocoupler inputs, min. switching time 100 ns, build-in edge detection with time
    stamp, input voltage range separately settable for each channel to 5 V, 12 V or 24 V.
  • REL-16: 16 relais outputs, switched voltage up to 30 V as normally open contact, response time
    4 ms, optionally available as normally closed contacts.
  • TRA-16: 16 transistor outputs, switched voltage 5 … 30 V, switching time 2,5 μs, optionally
    switching to ground.
  • PWM-16(-I): 16 PWM outputs, TTL compatible, optionally transistor outputs 5 … 30 V, separate
    signal configuration for each channel, reference clock 100 MHz, switching time
    20 ns (TTL) or < 3 μs (transistor).
  • Customer-specific input and output modules.

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