Precision Timing for Photon-Based Research
The Time Tagger Series from Swabian Instruments brings sub-picosecond precision to the measurement of photon events and timing signals. Designed for experiments that demand absolute temporal accuracy, it enables continuous time-to-digital conversion with real-time data streaming and flexible analysis tools. Researchers can capture, correlate, and interpret fast optical or electronic events with exceptional clarity.
Key Features
• High-resolution timing and histogramming for photon counting and digital protocol analysis
• Compatible with multiple detector types, including SNSPDs, APDs, PMTs, and SiPMs
• Multi-channel configurations for scalable experimental setups
• Comprehensive software API support in Python, MATLAB, LabVIEW, and C++/C# for seamless integration
Why it matters
Precise timing lies at the heart of quantum optics, fluorescence lifetime studies, and advanced time-correlated measurements. The Time Tagger Series provides the accuracy and flexibility needed to translate fleeting photon events into meaningful data. By combining nanosecond-to-picosecond timing control with robust analytical tools, it supports the next generation of time-resolved research and instrumentation development.