Sadly no, the majority of audio systems fail to address what is possible with timing in a audio system.
If we consider some circuitry and look at the way DC is used in audio systems, what we see is very lazy, abysmally lowest cost, implementation.
My specialist area, is the relationship - (which sounds extremely boring ) of the anodes of a shunt pair , cathodes of a shunt pair, the anodes of a series pair, and the cathodes of a series pair
of LDR's I have been investigating and improving this circuitry for over 11 years, and
without reservation there is more in audio improvement to be found here, then any other part of a audio system.
This assumes the other parts of a audio system are very good, but not overtly so, My system is modest compared to some, it comprises good sources of Pioneer stable platter CD player, a suite of 5 Yamaha
CDR HD1500 recorders/ players, a stereo coffee attenuator, two quad 306 power amps, and various loudspeakers comprising ESL57, JR149 ( which i use the most ) and Gale GS401a. I use one pair of speakers
at any given time.
The work I have done finds what is missing in other audio systems principally aligning timing from the source component to the power amp, using akin to current drive -the load of the cathode to readdress the anode.
a thread where the circuit is discussed is here.
https://www.stereo.net.au/forums/top...eamp-redesign/