AC-DDG-4 Digital Delay Generator

  • up to four output triggers with 3.3V and 5V
    • à pulse lengths 100ns – 1000S
    • à Delay: 0 – 1000s
  • Determination of delays

  • Adaptable to your application

  • available as aluminum version or Eurocard

  • Programming languages: C++, C#, Java, LabView and much more.

Contact: Thomas Walter

Precise trigger and gating signals for spectroscopic applications

The Digital Delay Generator AtomTrace is a central component for all time-critical applications in laser spectroscopy – especially in LIBS systems (Laser-Induced Breakdown Spectroscopy)Developed with a focus on accuracy, flexibility, and compatibility, the device enables precise control of trigger, synchronization, delay, and gating signals required in highly dynamic measurement systems.

Clear and reliable timing of the connected components is crucial for reproducible measurement results. This is precisely where the Digital Delay Generator comes in, providing precisely adjustable time delays that can be optimally tailored to various experimental requirements.

Optimal integration into LIBS systems

Specifically designed for the requirements of LIBS applications, the Digital Delay Generator offers an excellent price-performance ratio. The basic version is equipped with four individually configurable trigger outputs. This allows for precise timing coordination of various devices such as lasers, detectors, or cameras – a decisive advantage for experiments where microseconds count.

Due to the multi-channel function, users gain maximum control over complex signal sequences and can gain comprehensive information about different configuration options of their application. Digital Delay Generator is therefore an indispensable tool for research, development and quality assurance – wherever the highest precision and timing are required.

 

 

What is LIBS

LIBS is a modern analysis technique that uses a laser pulse to quickly determine the chemical composition of the sample. It is an effective combination of laser ablation and emission spectroscopy.

Benefits of LIBS

  • Fast determination of the elemental composition
  • High resolution 2D chemical mapping, visualization of surface heterogeneity
  • Depth profiling of multi-layer materials
  • Visibility of light elements

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