attila

Thanks for the reply :) I shall have a look and report back. Thanks again, Adam

Hello!
3.19.17 installs and uninstalls without problems.
Thank you very much!
 

Hi @m72
It looks like Win 7,8 requires different commands.
It will be fixed in the next version. Thank you for the observation.
 

Hi @m72
Please let me know if this works for you too.
 

@attila, you've saved the day, thank you!

Thank you @attila!!

Thank you for the quick response, @attila! Now I have more understanding about this device.

Dear attila,
Thank you very much to answer my question every time.
I understood that the output impedance is ~0Ω up to 10mA. Now I can simulate our circuit.
Best regards.

Thanks Attila, that was the key to use Channel0. Works fine now! I'd never noticed that tip while hovering before!
 
Regards, Jim

Hi attila,
Thanks again.
I will check your advice.
Best regards.

Hi @Sim_on112
It can be done in multiple ways but the easier probably is to perform a record and process the capture.
The frequency measurement is relatively slow. Due to this processing larger number of samples (100M) could take hours.
Capture + Spectrogram and 3D to show alternative options:


var rga = []; var rgf = []; var step = 0.01; // sec var start = Scope.Time.Position.real - Scope.Time.Base.real/2; var stop = Scope.Time.Position.real + Scope.Time.Base.real/2; Scope.Time.Base.value = step; print(start,stop,step); var file = File("~/Desktop/test.csv") file.writeLine("Time,Amplitude,Frequency"); print("processing:", new Date()) for(var i = start; i < stop && wait(); i+=step){ // wait to be able to stop it Scope.Time.Position.value = i; var a = Scope.Channel1.measure("Peak2Peak"); var f = Scope.Channel1.measure("Frequency"); rga.push(a); rgf.push(f); file.appendLine([i,a,f]); } print("done:", new Date()); plot1.X.Offset.value = Scope.Time.Position.real; plot1.X.Range.value = Scope.Time.Base.real; plot1.Y1.data = rga; plot1.Y2.data = rgf; // just to revert time settings Scope.Time.Position.value = Scope.Time.Position.real; Scope.Time.Base.value = Scope.Time.Base.real;  

Hello Attila,
thanks for your prompt respone.
Your hint helps me with my problem even it's not very convinient, but for this case it'ok.
Thank you and have a nice day.
Robert
 

Hi @Piotr Rzeszut
I thank you for your help :)

Thank you, the issue has been resolved!!

Hi @Juan05
After (the first) connection or when changing offset or range use a bit of wait (0.5-2sec) for the offsets to stabilize before starting the acquisition.

Hi
Thanks for your answer. here blelow the info requested.
Mac OS 10.14.16 (Mojave), the DMG was not installed as the OS 10.14.6 is after 10.13 High sierra. Nothing change after restarting the Mac Moreover, I use VMware Fusion (11.5.7) for emulating a PC on the Mac and with a virtual machine running Win 7 x64, after installing lastest waveforms release, connecting AD2 works perfectly !! (so strange)
Thanks for your comments

Oh, I did read through that thread, but thought that because I already had adept installed, it must be a different problem for me. I didn't see that those links had a newer version. 🤦‍♂️
2.27.7 works without problems!! (on Arch and Ubuntu)
Thanks for the extremely fast response.

Hi @Jry
It should have been updated here: https://digilent.com/reference/software/adept/start
Here you have a direct links for armhf and arm64: 
https://digilent.s3.us-west-2.amazonaws.com/Software/Adept2+Runtime/2.27.6/digilent.adept.runtime_2.27.6-armhf.deb
https://digilent.s3.us-west-2.amazonaws.com/Software/Adept2+Runtime/2.27.6/digilent.adept.runtime_2.27.6-arm64.deb

Hi @Andrew Rachwalski
Please update digilent.adept.runtime to 2.27.X
You can find it under WF beta v3.18.58 links:
 

thanks a million
ssm

Hi @bryan78
Until the option is added you can use a script like this:
DMM.run() while(DMM.State.running() && wait(0.5)) if(DMM.Measure.value < 10.0) Tool.beep() DMM.stop()

Hi @bryan78
The SPI and I2C on ADP5250 works with fixed DIOs. The SPI only supports 8 bit FDwfDigitalSpiWriteRead. It is mentioned in the SDK manual Devices/ADP5250.
In the WF app the I2C and SPI (Read, Write, ReadWrite 8bit); Master, Custom and Script are supported.

Hi @Andrew Rachwalski
Please update digilent.adept.runtime to 2.27.X
You can find it under WF beta v3.18.58 links:
 

Hi @Victor - Covarians
The Digital Discovery has 16 DIO and 24 DIN channel. The digital voltage is adjustable between 1.2-3.3V, this also adjust the input logic threshold. The VIO output is 100mA. The protocol limitations are the same as mentioned before. It has no analog IOs.

Hi @qdewolf
The next sw version will support I2C master for ADP5250. I hope to have it ready this week.