this is a good discussion
i too am interested (in a more technical, geeky way) to understand WHY a class D amp delivers higher damping factor (let’s use that as a proxy for bass control and quality) than a similar class AB amp using standard transistors be they mosfets bipolars etc etc... let’s say the power supply quality is the same and the input stages are well designed... the switching amp or transistor effectively ’gates’ the power supply from the speaker load at the various frequencies asked of it, per the input signal
why is it that the class d module does it better than a well designed set of transistors, with a higher degree of control/accuracy?
i too am interested (in a more technical, geeky way) to understand WHY a class D amp delivers higher damping factor (let’s use that as a proxy for bass control and quality) than a similar class AB amp using standard transistors be they mosfets bipolars etc etc... let’s say the power supply quality is the same and the input stages are well designed... the switching amp or transistor effectively ’gates’ the power supply from the speaker load at the various frequencies asked of it, per the input signal
why is it that the class d module does it better than a well designed set of transistors, with a higher degree of control/accuracy?