Thinking out loud... As a GCbasic wannabe I want to know what kind of assumptions I should take I started with an Arduino Nano for PWM without having capabilities info Knowing the EDM freq range 4-5KHz resolution 0.001 There is a list of GCB supported chips
*GCB has a glcd.h file for displays in which various displays are bundled together and a specific type can be called by #define.
Idea:
There may also be a (H)PWM.h file that provides a frequency resolution based on the chosen chip and the desired frequency range or vice versa.
I think that the manual for (h)pwm should include an table overview of chips with the required internal/external resonator setting and output frequency range and resolution.
With this addition it is much easier to implement a dedicated pwm range and
resolution into a project.
If this will be developed then I would like to participate to help making the table as I previously did with the SSD1306 ASCIII table.
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Thinking out loud...
As a GCbasic wannabe I want to know what kind of assumptions I should take
I started with an Arduino Nano for PWM without having capabilities info
Knowing the EDM freq range 4-5KHz resolution 0.001
There is a list of GCB supported chips
*GCB has a glcd.h file for displays in which various displays are bundled together and a specific type can be called by #define.
Idea:
There may also be a (H)PWM.h file that provides a frequency resolution based on the chosen chip and the desired frequency range or vice versa.
I think that the manual for (h)pwm should include an table overview of chips with the required internal/external resonator setting and output frequency range and resolution.
With this addition it is much easier to implement a dedicated pwm range and
resolution into a project.
If this will be developed then I would like to participate to help making the table as I previously did with the SSD1306 ASCIII table.