Wolfie, if the Large Hadron Collider is in use at the time you try this, the result will be a black hole that will eventually suck in the entire known universe.
If the LHC is not in use at the time, I agree with Mlsstl that the result would be a significant increase in distortion. The positive-going and negative-going halves of a symmetrical sine wave, for instance, would most likely emerge no longer symmetrical, as a result of differences in transconductance (Gm) and/or other parameters.
The same thing would apply to using a 6L6 and a 6V6 together as a push-pull pair, probably even more so (i.e., even greater distortion, and/or more rapid destruction of the universe), as Gm and several of their other parameters differ widely. On the other hand, while using a pair of 6L6's in one channel and a pair of 6V6's in the other channel would eliminate the possibility of interaction with the LHC, it would most likely result in a significant sonic mismatch between channels.
Best regards,
-- Al
If the LHC is not in use at the time, I agree with Mlsstl that the result would be a significant increase in distortion. The positive-going and negative-going halves of a symmetrical sine wave, for instance, would most likely emerge no longer symmetrical, as a result of differences in transconductance (Gm) and/or other parameters.
The same thing would apply to using a 6L6 and a 6V6 together as a push-pull pair, probably even more so (i.e., even greater distortion, and/or more rapid destruction of the universe), as Gm and several of their other parameters differ widely. On the other hand, while using a pair of 6L6's in one channel and a pair of 6V6's in the other channel would eliminate the possibility of interaction with the LHC, it would most likely result in a significant sonic mismatch between channels.
Best regards,
-- Al