In Laser Flow Diagnostics Techniques such as PIV, precise synchronization between the laser and the camera is critical for producing a high quality data set. Quantum Composers suite of high specification pulse delay generators operate in timing specs of up to 5 ps with low and easy to program memory settings to ensure you full control of your activation signals.
The Importance of Synchronizers in PIV Research
The synchronizer acts as an external trigger for both the camera and the laser. In the past, analogue systems in the form of a photosensor, rotating aperture and a light source have been used but most systems in use today are digital. Controlled by a computer, our synchronizers can dictate the timing of each frame of the CCD camera's sequence in conjunction with the firing of the laser to within 250ps. Thus the time between each pulse of the laser and the placement of the laser shot in reference to the camera's timing can be accurately controlled. Knowledge of this timing is critical as it is needed to determine the velocity of the fluid in the PIV analysis.
Today, with PIV research becoming more and more demanding, it is critical that timing and synchronicity are both accurate and precisely controllable. By using a Quantum Composers Precision Pulse Generator, researchers can be sure that their applications and experiments maintain competitive levels of accuracy. Quantum Composers instruments have fine timing resolution, low jitter, flexible programming, and a full complement of computer interfaces (RS232, GPIB, USB, and Ethernet).
Pulse/Delay Generator Models
Quantum Composers offers a full suite of laser timing and synchronziing instruments. Commercial ready units are available in benchtopm, board level and rachmount packaging. We also specialize in full custom integration and OEM development. Click on an image below to learn more about which unit will work best for your application.