Making a smart and cheap oscilloscope | Have this portable oscilloscope in your pocket

In this video, I made a smart and professional oscilloscope using Raspberry Pi Pico and 3D printed parts. This portable and very light oscilloscope can be taken everywhere. You can connect wirelessly to this oscilloscope using Raspberry Pi Pico w.
When you connect the oscilloscope to your phone, you will see all the cool and special features and by making it, you can carry a professional oscilloscope that has most of the features of a professional oscilloscope in your pocket.
Join me to take a look at how it is made and enjoy its construction and technology. Don't forget to like, comment and subscribe.
File link:
drive.google.com/drive/folder...
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[@MattFixesStuff]

that is cool. I expected something complicated but this seems easy eough :)
I guess it also works with other raspberry pies ? I have a pi 3 lying around and may try it.

[@Inventorsidea]

Hello buddy
Have a good time and happiness
Yes, it is very simple and very useful. And in response to your answer, I must say that I have not tested with other Raspberry Pis, so I would be happy if you do so and share your experience with us.😉😉

[@lukalicina8230]

Can it have multiple inputs and whats the data rate,

[@Inventorsidea]

Hello my friend
Have a good time and happiness
First of all, thank you for watching the video till the end. And I must say that yes, it can have several entries. And in order to get important information and answers to your questions, in the video I introduced the site for downloading the software, this site is the provider of this program and a lot of efforts have been made in this field. Visit the provider's website and get all the answers and information you need😊😉

[@user-mr3mf8lo7y]

Could you post the specs a bit, max frequency, volt etc. Thanks.

[@Inventorsidea]

hello my friend
Have a good time and happiness
First of all, thank you for watching the video till the end. And I must say that in the video on the site that I introduced to download the software, the same site was the provider of this program and many efforts have been made in this field. Go to the provider's website and get all the answers to the questions and information you need😊😉

[@user-dz7ep4oe4l]

And where testing? Where specs? You randomly insert wire and call this "testing"?

[@Inventorsidea]

hello my friend
Have a good time and happiness
First of all, thank you for watching the video until the end. The wire I connected to the Raspberry Pi was to test the function and health of the oscilloscope. And I must say that in the video of the site that I introduced to download the software, this site is the provider of this program and a lot of efforts have been made in this field. Visit the provider's website and get all the answers and information you need.😉😉

[@user-dz7ep4oe4l]

​@@Inventorsidea And in description... No link. Why this video exist, if it hasn't any usefull information and you send people to site?

[@Inventorsidea]

In this video, I tried to teach you the best and cheapest portable oscilloscope. But the code and file of this oscilloscope is the result of the efforts of a big team. And this portable has all the great features that I recommend to visit their website to learn about the best and great features of this oscilloscope. Because to introduce the capabilities of this oscilloscope, the video would be too long and has a separate video and discussion.😊