The OLTWINS System OLTWINS is a modular, versatile platform for Mössbauer spectroscopy developed by the Department of Experimental Physics at Palacký University in Olomouc.

Technical Excellence: The system is powered by the advanced OLTWINS e-unit, utilizing FPGA and microcontroller technology to provide high-precision motion control for linear motors and high-speed digital signal processing. By integrating stable linear motors and optimized detection systems, OLTWINS ensures superior data quality.

Applications:

• High-Throughput Transmission Spectroscopy: Up to ten times more efficient for rapid data collection across wide temperature ranges.
• Reflection Geometry: Optimized for gamma backscattering experiments.
• Advanced Techniques: Comprehensive support for Conversion X-ray (CXMS), Conversion Electron (CEMS), and Time-Differential Mössbauer Spectroscopy (TDMS).
• Nuclear Quantum Optics: Capable of measuring excited-state lifetimes and coincidence experiments.

Key Advantages:

• Modularity: Easily scalable from single-beam to ten-beam setups.
• Autotuning: Proprietary procedures eliminate the need for manual PID regulation.
• Universal Compatibility: Seamlessly integrates with various "double loudspeaker" transducers and standard detectors.

• Modularity.

• Up to TEN spectrometers in one.

• Efficient using of the source activity.

• Autotuning.

• Compatibility with different "double loud speaker" based transducers.

• Compatibility with different detectors