Uploaded July 2013 | Updated September 2026, 2 weeks ago
For more information : berkeleynucleonics.com/model-745t
The Model 745 virtually eliminates triggering indeterminacy by having a clock that is now in phase with an External Trigger. The resulting external trigger jitter is far better than instruments whose outputs are sync'ed to an internal free-running clock. See the datasheet for exact jitter specification and additional details on "Achieving 2 Picoseconds Jitter in a DDG".
Applications
• Sync with selectable external clock frequency - Mode Locked Lasers
• Delay and Gate ICCDs
• Control Flashlamps and Q-Switches
• Gate High Speed Cameras
• Triggering Ballistics Testing
• Rangefinding
• Radar / Lidar Testing
For more information : berkeleynucleonics.com/model-745t
The Model 745 virtually eliminates triggering indeterminacy by having a clock that is now in phase with an External Trigger. The resulting external trigger jitter is far better than instruments whose outputs are sync'ed to an internal free-running clock. See the datasheet for exact jitter specification and additional details on "Achieving 2 Picoseconds Jitter in a DDG".
Applications
• Sync with selectable external clock frequency - Mode Locked Lasers
• Delay and Gate ICCDs
• Control Flashlamps and Q-Switches
• Gate High Speed Cameras
• Triggering Ballistics Testing
• Rangefinding
• Radar / Lidar Testing










