Let's start with audible frequency bandwidth = 20Hz...20KHz.
Than take any full range speaker that would be less-likely designed to cover the whole audible bandwidth.
Than take onto consideration that vast majority of people wouldn't hear anything bellow 28Hz or above 16kHz.
Than let's see where 100 or 300KHz???
A square waves are usually considered as samples in digital carying or encoding frequencies that are absolutely unaudible just like DC. A sound is a continuous signal in general. As far as "rounding of the edges..." looks like heresy to me so don't listen and don't translate unlistenable.
Many amplifiers can go way beyond audible bandwidth, but last would less-likely dictate performance difference.
Than take any full range speaker that would be less-likely designed to cover the whole audible bandwidth.
Than take onto consideration that vast majority of people wouldn't hear anything bellow 28Hz or above 16kHz.
Than let's see where 100 or 300KHz???
A square waves are usually considered as samples in digital carying or encoding frequencies that are absolutely unaudible just like DC. A sound is a continuous signal in general. As far as "rounding of the edges..." looks like heresy to me so don't listen and don't translate unlistenable.
Many amplifiers can go way beyond audible bandwidth, but last would less-likely dictate performance difference.