Synchronized PIV acquisition
Coordinate exposure and laser emission so each image contains the intended illumination event. The timing sequence must respect the laser repetition rate, pulse-pair capability and camera acquisition modes.
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Technical specifications
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5 specification rows.
Timing functions
5 entries| Parameter | Listed capability |
|---|---|
| Purpose | Synchronize laser emission and image acquisition |
| Timing outputs | Six pulses with a common frequency and pulse width |
| Delay control | Independently adjustable delay |
| Jitter | Stability described qualitatively; numeric specification on request |
| Electrical and timing limits | Confirm signal levels, polarity, delay range, resolution and supported frequency |
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What to specify
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- 01Laser and camera models, trigger levels, polarity and input impedance.
- 02Required timing sequence, image-pair separation, output frequency and pulse width.
- 03Delay range, timing resolution and allowed jitter for the complete measurement.
Application context
Why this design is used
Technical FAQ
Configuration questions for PIV Synchronizing System
What jitter and delay resolution are specified?
The overview describes stable jitter and adjustable delay but gives no numerical jitter, resolution or delay range. Request these values for the selected controller.
Does this controller make a single-pulse laser a double-pulse PIV source?
No. A timing controller can coordinate supported events; it does not change the laser cavity, repetition-rate limit or minimum pulse separation. Qualify the laser and camera for the required image-pair timing.
Technical documents
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