I mean a specific tube does not have a specific sound quality. You can apply Tube X correctly and get a good response, or you can apply it incorrectly and get a bad response. Your choice.
Ever tried to get good sound out of a ECC81? I bet not. The most advanced & tested circuit with a ECC81 will do sound MUCH worse than a badly designed circuit with 6N1P or 6N6P. Please do not take it as an offense but you just can't have so much practical experience concerning these problems🙂
Ever tried to get good sound out of a ECC81? I bet not. The most advanced & tested circuit with a ECC81 will do sound MUCH worse than a badly designed circuit with 6N1P or 6N6P. Please do not take it as an offense but you just can't have so much practical experience concerning these problems🙂
No offence taken. You simply did not understand me. No worries.
Another fact: a tube does not have a sound quality, it has characteristics. The characteristics must be manipulated by the circuit designer with the circuit architecture / topology.
My underlying points were:
A tube is a device that has characteristics that must be manipulated. It (any tube) does not contain a 'sound quality' even though the hard-of-thinking may talk themselves into believing otherwise.
Understand the basics, then choose the right tube for the application, then apply it right.
Indeed I was not arguing in favour of one particular tube, but arguing in favour of understanding the underlying facts rather than choosing on sentiment.
I trust that you now understand me.
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