What are the voltage limits on the input? I assume if one wants to measure voltage waveforms beyond the limits, circuitry would have to be added to bring the voltages into the required range.
What is the resolution of this oscilloscope, I mean the highest frequency we can measure???? Also as I can see that you are using Arduino Nano to generate a waveform, I believe that this is temporary and not needed later.... right??
The ADC of the PICO has a 12-bit resolution. The nano here is just for demonstration, I am sending a PWM signal, and at the same time reading it using the PICO, just to see the signal and test the device, you can use a signal generator or something else.
Good work again... These projects are awesome... 👏👏👏👏👏
Thank you! appreciate your support!
Good work! Can I ask what is the highest frequency can be measured by pico?
Thank you! You can measure frequencies up to 250KHz.
@@SlavkosHobbyChannel Thanks so much.
Keep up the good work Slavko
Thanks!
well done Slavko !
Thanks, Peter!
What are the voltage limits on the input? I assume if one wants to measure voltage waveforms beyond the limits, circuitry would have to be added to bring the voltages into the required range.
Yup, we have to make a voltage divider to measure voltage above 3.3V.
@@SlavkosHobbyChannel Understood. Great demo... thanks.
What is the resolution of this oscilloscope, I mean the highest frequency we can measure???? Also as I can see that you are using Arduino Nano to generate a waveform, I believe that this is temporary and not needed later.... right??
The ADC of the PICO has a 12-bit resolution. The nano here is just for demonstration, I am sending a PWM signal, and at the same time reading it using the PICO, just to see the signal and test the device, you can use a signal generator or something else.
pleas the code sir ,its wonderful project
Thanks, the code can be found in the description, check it.