I'm wondering if there is an update on this issue. I do not yet see any updates to the uploads on Github. Thanks for your help.

Thanks! I'll be ready to test it when you have it ready.

I have been attempting to update the dll drivers on my computer as well as move to a new scope in the 3000 series. When trying to run some of the examples Labview (2021) crashes with the following message. "We apologize for the inconvenience You can help us diagnose and fix this problem by sending t...

Thanks for this update. The acquisition speed is now nearly what you quoted for the c code. I am now acquiring data at around 5kHz. Roughly a factor of 20 increase.

It has been a while since I was able to explore this issue and I have simply lived with the low rates. However, in the past day or to I looked more closely at the Labview example for the 2000 series. The rapid block example seems to be using the wrong function calls. In the 2000 series programmers g...

I want to run continuously though the current program doesn't do that.
It is 100 Samples both post and pre trigger.

Martyn, I am now back in the lab and can check on the specifications you requested. Here are all the details I can think of. I am inputing a 50 ns pulse train at a rate of 20 kHz generated by a function generator. I am triggering on channel A and acquiring channels A and B The timebase is 1 meaning ...

Martyn, Thanks for your reply. Unfortunately, I will not be near the equipment for a couple of weeks as I have left on vacation. I did not set up the segments unless that was done automatically by setting's vi. Looking at the documentation, if this wasn't set that could perhaps be at 1 by default. T...

I have just starting using Labview 2014 with my new picoscope 2408B. Using the rapidblock example things seem to be working. I am looking at pulses about 20 ns in duration using a 100 ns window for the moment. The waveforms are being acquired well. The example seems limited to acquiring about 350 wa...