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At least in the case of pot + trim * cv, when a CV is not connected, zero is not exactly zero and changing the trim value will have an impact on the final value, which sometimes can be easily heard (for example for a frequency parameter).
$ ebb calibrateUnplug freq, press enter to continueMeasured value: 23mVSet pitch to 1V, press enter to continueMeasured value: 985mVSet pitch to 3V, press enter to continueMeasured value: 3010mVDone.
erbb calibrate would use openocd semihosting.
The calibration would be written on QSPI, with for magic key a hash of the C++ side structure declaration.
The text was updated successfully, but these errors were encountered:
At least in the case of
pot + trim * cv
, when a CV is not connected, zero is not exactly zero and changing the trim value will have an impact on the final value, which sometimes can be easily heard (for example for a frequency parameter).Add calibration tooling to solve that.
Typically:
erbb calibrate
would use openocd semihosting.The calibration would be written on QSPI, with for magic key a hash of the C++ side structure declaration.
The text was updated successfully, but these errors were encountered: