Waiting for transfer from controller - CN0276 + CB1Z

Hi rogueC or andieo  or mso ,

Did you have access to an archive of these for JulianGP ?

-Mark

Hi JulianGP, 

Here's a zip file installer of the SDP EEPROM Programmer that I have found in the archive.

Let me know if this works for you.
7384.SDP EEPROM Application.zip

Best Regards,
Michelle

Hello Michelle,

Thank you for the files!

Finally, it worked when changed to another Windows 10 device. I really don't know why.

I have another question, is it possible to interact with the board using a custom application though an API or something like that?. Also, I found out that the tool (CN0276_Evaluation_Software) is a LabVIEW one. Do you have a block or something?

Best Regards,

Julián

Hi Julian,

I’m still in the process of locating the CN0276_Evaluation_Software source code.

As for the custom application via API, we’ll need to test it first to confirm if it works as expected. We’re currently waiting for the board to arrive so we can start testing. I’ll keep you updated once we have results.

Best Regards,
Michelle

Hi Michelle,

Perfect, thanks for the update.

Great to know you’re checking the API option — please let me know once you have any results.

Best regards,
Julián

Hi Julian,

The CN0276 board primarily uses the AD2S1210 chip, which is supported by a Linux driver included in the latest version of Kuiper Linux for Raspberry Pi.

I’ve attached the schematic diagram for your reference. You can use the JTAG header (J2) to interface the CN0276 with the Raspberry Pi (just make sure to set SOE pin low to activate the internal SPI interface). Alternatively, you may use the ADZS-BRKOUT-EX3 board to connect via the FFC/FPC port.

Here’s the link to download the Kuiper Linux image:

Analog Devices Kuiper Linux [Analog Devices Wiki]

Schematic Diagram:

To enable the system driver, please add the following line to the configuration file, directly below the [all] section, you can find the config.txt file on the /boot/ folder:

dtoverlay=ad2s1210-overlay

After adding this line, restart the system to apply the changes.

Once the system is up, you can verify if the device is detected by running:

iio_info

If the device appears in the output, you can then use the built-in IIO Oscilloscope for control and visualization through its GUI.

Let me know if you need further assistance with the setup or testing.

Regards,

Pao

Hello Pao,

That's a very useful information. I have a spare Raspberry Pi 4B, so I'll try with it.

Best Regards,

Julián