Although the table is still unclear. It seems that the basic operation was achieved.
I am using G474RET6 based Nucleo board and Arduino.
Below is my basic peripheral configuration, the pins highlighted in blue are available for probing and behave generally as expected:
As I didn't have a real device, I had to make a gyrator-based inductor current emulator:
Some important registers:
Waveform examples:
If you have a working PCB with the controller or a dev board already, I would also suggest trying out how the slope looks like first.
Not completely sure, but for me the slope looks as expected (see above). However, I worry about that additional short spikes in the output signal of CH_C1/2, which are shown in the last attachment.
I was trying to play with hysteresis, event counter filter etc., but was unable to get rid of them even for a simple desktop layout without any power conversion and any serious noise.