Swabian Instruments together with Université de Sherbrooke demonstrated a record-breaking low timing jitter with room-temperature single photon detectors. The measured TCSPC correlation of a full two photon coincidence with two Sherbrooke’s single photon detector module and a pre-release unit of the new Swabian Instruments Time Tagger Ultra HiRes results in a total jitter of 20.3 ps […]
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Software Defined Data Acquisition
Define any thinkable digital data acquisition task completely in software.
The future of Time Correlated Photon Counting
Get the most out of your time correlated photon counting setup. Better and easier than ever.
Synchronous Signals
Generate synchronous digital patterns and analog waveforms with an intuitive user interface.
Sub Nanosecond Laser Pulses
Small, easy to interface sub nanosecond diode laser with pulses down to 300 ps FWHM.From the Swabian Instruments Blog
Swabian Instruments settled down at Stuttgart-Zuffenhausen
The past two years have been a great time for Swabian Instruments at the University of Stuttgart in Stuttgart-Vaihingen, the birthplace of the Time Tagger. But with growing success and a growing team, the time of the charming “start-up garage” did now come to an end. On July 1st, the team moved to our new […]
Fraunhofer – Innovative Approach to Remote Hydrogen Detection
Researchers at the Fraunhofer Centre for Applied Photonics, have developed an Innovative Approach to Remote Hydrogen Detection. We are excited to see how technology from Swabian Instruments is helping the community to develop efficient solutions for safe nuclear waste monitoring. Remote detection of hydrogen from Game Changers Innovation on Vimeo. Dr David Stothard Deputy […]