Hi Bill,
I’m one who certainly agrees that capacitors can sound different, to a greater or lesser degree depending on the circuit application, of course.
In this case I assume the cap is in parallel with the output, rather than in series, and therefore it may tend to be somewhat less critical than say a coupling cap that is in series with a signal. On the other hand, though, at 20 kHz a 0.47 uf cap would have an impedance of about 17 ohms (while having a proportionately higher impedance at lower frequencies), which means that within the audible frequency range its impedance is not high enough to be considered to be negligible in relation to the impedance the speaker presents to the amp.
So my speculative guess is that an upgrade stands a good chance of being worthwhile, but of course it’s hard to say with any kind of certainty.
Best regards,
-- Al
I’m one who certainly agrees that capacitors can sound different, to a greater or lesser degree depending on the circuit application, of course.
In this case I assume the cap is in parallel with the output, rather than in series, and therefore it may tend to be somewhat less critical than say a coupling cap that is in series with a signal. On the other hand, though, at 20 kHz a 0.47 uf cap would have an impedance of about 17 ohms (while having a proportionately higher impedance at lower frequencies), which means that within the audible frequency range its impedance is not high enough to be considered to be negligible in relation to the impedance the speaker presents to the amp.
So my speculative guess is that an upgrade stands a good chance of being worthwhile, but of course it’s hard to say with any kind of certainty.
Best regards,
-- Al