Bob_reynolds, we *do* have some control over that 'configuration' of voltage vs. current. It has to do with the output impedance of the amp.
A higher output impedance can deliver excellent bass if properly matched with the speaker; conversely an amplifier with very low output impedance will deliver poor bass if poorly matched with the speaker.
However it is more than just a conversation about equipment matching; there are two different paradigms that are in common use in high end audio:
http://www.atma-sphere.com/papers/paradigm_paper2.html
IOW, getting bass out of the speaker is not a function of the amplifier **or** the speaker, it is a function of how well they work together. This comes about out of intention- for example, the ability to double power as impedance is halved is not the same thing as saying that the amp will play bass.
Furthermore, amps that are direct-coupled from input to output (and in a very non-intuitive way) are often at a disadvantage in playing bass as they have the ability to modulate their power supplies. As soon as they do this the bass dries up. This is due to the fact that the amplifier LF pole is lower than that of the power supply, when it should be the other way around (something that you can't do with direct-coupled amplifiers unless you use a battery).
A higher output impedance can deliver excellent bass if properly matched with the speaker; conversely an amplifier with very low output impedance will deliver poor bass if poorly matched with the speaker.
However it is more than just a conversation about equipment matching; there are two different paradigms that are in common use in high end audio:
http://www.atma-sphere.com/papers/paradigm_paper2.html
IOW, getting bass out of the speaker is not a function of the amplifier **or** the speaker, it is a function of how well they work together. This comes about out of intention- for example, the ability to double power as impedance is halved is not the same thing as saying that the amp will play bass.
Furthermore, amps that are direct-coupled from input to output (and in a very non-intuitive way) are often at a disadvantage in playing bass as they have the ability to modulate their power supplies. As soon as they do this the bass dries up. This is due to the fact that the amplifier LF pole is lower than that of the power supply, when it should be the other way around (something that you can't do with direct-coupled amplifiers unless you use a battery).