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From PIVlab. Power consumption is very low, so it can be powered by any standard USB-C phone charger or power bank. PIV products for PIVlab Data sheetPIV uncertainty: Help and Feedback wantedPretty often, you are asking for a method to quantify the PIV uncertainty. I implemented a method from 2013, and I need your help and feedback to finalize this. It is actually pretty simple, and my code is very straightforward I think. So anyone that had some math in school will be able to help. If you want PIVlab to be improved, then just invest some of your time please. Here is all the information with many images: on sub 5k Euros PIV system NOW!OPTOLUTION aims high and I am trying to make a complete PIV System (with laser, camera, synchronizer and software) in the range of 3k Euros. That is the price that you usually don't even get the PIV software for. We will see if it works out, but initial tests were already pretty promising. These are the specs I want to achieve: Illumination of a 200x300 mm area Max. velocity of 2 m/s 2 MP camera resolution 500 µs or 1 ms minimum interframe time 5 fps double-image framerate Fully integrated in PIVlabs image acquisition module Compatible with Matlab R2019b and later (Image Processing Toolbox required) Designed for Windows, but should also work with Apple and Linux If you are interested in this system, then let me know!PIV like a PRO with PIVlab hardware! This video shows a demo of several PIVlab hardware features and image acquisition features. I developed all of this at Optolution.com , an it is available for sale there too.Free jet with 4 mm diameter: PIV testPIVlab's acquisition module can now also control our wireless custom mini seeding generator (all hardware available through OPTOLUTION.com ). That means that a single button click in PIVlab starts the whole measurement. I could add more remote controlled devices to control other hardware via PIVlab too (e.g. start a motor, open a valve, or whatever). Here, I wanted to measure the flow velocity at the exit of the wireless mini seeding generator. Example images can be found below. The field of view in this experiment was about 11 * 9 mm, and the pipe is D6, d4 mm.PIVlab Paper is out Finally, the new paper that is describing and validating some of PIVlabs new features is out: PIV in PIVlab!Today, I quickly tested if I can do real-time particle image velocimetry in PIVlab, and it works :D. Data rate is about 3 Hz, but the code is not optimized yet and running on a core i5 laptop:

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