Tutorials

• Getting started with Time Tagger Lab
  • Selecting a device on the home screen
  • Configuring input channels
  • Performing measurements
  • Processors and virtual channels
  • Saving measurement data
  • Reference clock
  • Network server
  • Troubleshooting
• Measuring Coincidences
  • Time Tagger configuration
  • Coincidence-counting
  • Delay adjustment for coincidence detection
  • Exclusive coincidences using Combinations virtual channel
  • Coincidence-counting vs Correlation Measurement
• Confocal Fluorescence Microscope
  • Time Tagger configuration
  • Intensity scanning microscope
  • Fluorescence Lifetime Microscope
  • Alternative pixel trigger formats
• Optically Detected Magnetic Resonance
  • Creation of optical and microwave pulse patterns
  • Signal generation and detection
  • Sweeping modes
  • ODMR contrast
• Remote Synchronization of Time Taggers
  • Establishing a common time base across distributed locations
  • Starting a Time Tagger Server at each location
  • Connecting to multiple Time Tagger Servers over the network
  • Accessing individual servers
  • Verification of the synchronization technology using a single Time Tagger
  • Measuring synchronization precision across multiple Time Taggers
• Remote Time Tagger with Python
  • Sharing a Time Tagger with Network Time Tagger
  • Remote control of a Time Tagger with Pyro
  • Remote procedure call
  • Initial setup
  • Minimal example
  • Creating the Time Tagger
  • Measurements and virtual channels
  • Working example
  • What is next?