Zafira,
The 6A3s ARE a treasure. Except for the filament voltage, the 6A3 is identical to the 2A3. Good 2A3 circuits can be found all over the 'NET. There are 2 things to watch out for. Hum levels in a 6A3 are higher than those in a 2A3. Current regulated DC on the 6A3 filaments is the answer to hum. An 'A3 amp produces about 2.5 W. It has to be mated with speakers that are 97+ dB. efficient.
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Jlsem,
Is there enough gain in the 6SN7/6V6 combo to achieve full power when driven by a CDP? An "integrated" amp makes sense to me as a 1st project. If more gain is needed, the 6J7s might be the "place" to get it.
The 6A3s ARE a treasure. Except for the filament voltage, the 6A3 is identical to the 2A3. Good 2A3 circuits can be found all over the 'NET. There are 2 things to watch out for. Hum levels in a 6A3 are higher than those in a 2A3. Current regulated DC on the 6A3 filaments is the answer to hum. An 'A3 amp produces about 2.5 W. It has to be mated with speakers that are 97+ dB. efficient.
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Jlsem,
Is there enough gain in the 6SN7/6V6 combo to achieve full power when driven by a CDP? An "integrated" amp makes sense to me as a 1st project. If more gain is needed, the 6J7s might be the "place" to get it.
If more gain is needed, the 6J7s might be the "place" to get it.
Using Lundahl iron, the interstage can be configured as a 1:2 step-up if more gain is necessary.
John
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