What you are requiring to do is possible but we can't write the example for you. Can you post the Matlab code that you have creted, either here or directly to support@picotech.com , explaining what is not working and we can see where you are going wrong.

Please email support@picotech.com with full details.

Digital channels are not included in PicoLog 6 as it only samples at a maximum rate of 1kSample/sec and as most digital buses are faster than this the data would be nonsense.

Can you post your code as we need to see how you have set everything up.

Please do not go out and buy a x100 attenuator for the purpose without fully understanding what you are intending to measure, and the safe practices for doing it.

If you describe in detail what you are trying to do then we can give further advice.

What is the source of the voltage, and what scope are you using?

In theory yes, but in practice it will really depend upon what you are trying to achieve by doing this. What do you need to measure ?

Putting the ground clip on a point that is not ground can cause a ground loop with potentially hazardous consequences.

We have released PicoScope 7 Automotive so it is coming.

The value in the brackets is in seconds, therefore with only 50usec/div on the screen image try B[0,000010] or a version that doesn't give a red cross to move the trace by 10usecs. Advance/Delay. To deskew a signal, select the channel and add the deskew time in seconds, in square brackets. For examp...

From memory it should be
B[0,010]
although I would also try
B[0.010]
in case there is an issue with the decimal separator.

If you are referring to the external power supply then you should always use the one supplied with the unit. If you are wishing to power the device from an alternative source then please contact the Support Team directly at support@picotech.com

Read the ADC counts from the device, convert to voltages according the range you are using then multiply the result by 10 Please note that if for example you have a 2V signal coming into the device set on the 5V range with a x1 probe, then switch to x10 and apply the above procedure the signal you g...

Read the ADC counts from the device, convert to voltages according the range you are using then multiply the result by 10 Please note that if for example you have a 4V signal coming into the device set on the 5V range with a x1 probe, then switch to x10 and apply the above procedure the signal you g...

Rather than taking parts from the example does it run as it is?