Software solutions for Testbench Automation

MATLAB Simulink
Signal Generator

Software solutions for Testbench Automation

MATLAB Simulink
Signal Generator

  • Flexible signal generation

    Supported signal types
    • Classic signals
      • Rectangle
      • Uni- and bi-directional triangle
      • Sine and cosine
    • Extended signals
      • Linear and logarithmic sine sweep
      • Sine pulse with amplitude modulation and multisine
      • Band and Gaussian noise
    • Configurable signals
      • Sine steps using a lookup table
      • Specification of an external signal (BLNV)

    Dynamic adjustment

    • Freely selectable sample rate for optimum integration in various applications
    • Real-time variation of parameters such as amplitude, frequency and limits
    • Blending and limiting functions for smooth transitions and safe operation
    • Global offset for individual adjustment of the signal alignment
  • Seamless integration in MATLAB Simulink

    • Easy integration into MATLAB Simulink through provision as a function block
    • Fast integration into existing models and simulations
  • Easy to use

    • User-friendly operation with clearly defined inputs and outputs.
    • A code example makes it easy to get started.
    • Detailed documentation supports you in the application.
  • Maximum compatibility

    Our signal generator can run on a wide range of hardware and real-time platforms, including

    • Beckhoff PLC
    • dSPACE systems
    • NI-PXI and NI-cRIO systems

    This universal usability makes it perfect for industrial applications and research laboratories.

  • System requirements

    • MATLAB Simulink R2021b or later (full functionality cannot be guaranteed for older versions)
    • Any third-party software required for compilation on different target platforms
Diagram showing how the IABG MATLAB Simulink signal generator works with exemplary signal configuration and signal types
Basic functionality of the IABG MATLAB Simulink signal generator with the individual configuration of the desired signal via various parameters (example) and selected signal types that can be generated (example, without further configuration options such as fades or limits)

Functionality

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