Quote:
Originally Posted by sizwej /img/forum/go_quote.gif
..and for those of us who are not technically inclined, is that a good or bad thing?
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For me, no.
I much prefer a tube rectifier. They sound much more natural and diodes have a way of throwing off a lot of RFI noise if not bypassed or otherwise dealt with. Diodes are much less expensive than using a tube rectifier, as well. You can get a set for a dollar or two, while the rectifier tube costs $15-$20, a few more bucks for the socket, machining, and possibly using another transformer (or one with an additional winding) to power the rectifier tube.
Regulation is nice, as well, but it requires the purchase of additional chips and parts (tube regulation is possible, but is rarely done commercially) and more labor.
I'm not crazy about tubes on PCBs, either. For one removing and inserting tubes causes a PCB to flex. That's a great way to develop cracks in solder joints. Second, tubes run hotter (usually) than chips. A scorched PCB with lifted traces is not an easy thing to repair. Third, repairs are a pain. With point-to-point, you can yank and replace any component withing minutes. PCBs might need holes drilled and jumper wires and other pain-in-the-a** remedies that are kinda ghetto. Fourth, you have to deal with lead spacing with repairs. In point-to-point, you can use pretty much anythin you
want. There's more to the argument, but once you've tried to repair a lifted or cut trace, you really begin to appreciate point-to-point.
I also disagree about the HD-800 having good synergy with an OTL. My
most blissful moments have come from running the HD-800 off transformer-coupled tube amps.