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Tweakers' Asylum Tweaks for systems, rooms and Do It Yourself (DIY) help. FAQ. |
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In Reply to: Ok ....most, some, many, majority,....but not [any] posted by Dynaudio_Rules on October 29, 2007 at 19:39:17:
"My inference was that Option A would yeld better results than Option B...I think its pretty sound."
Again, no it won't and here is why option A will not be better, your still not addressing the single biggest problem with your local AC delivery and that is line voltage flucuations.
Every component that relies on AC voltage, especially those that employ AC driven motors, are very sensitive to AC voltage flucuations and it is these flucuations that cause the problems with regards to a components performance.
Do U have any idea how much your local electrical services voltage flucuates? U may be surprised as it is NOT stable at all under even the best circumstances.
Your best bet would be an Oyaide outlet feeding an AC regenerator or at the very least.....a balanced power conditioner as the balanced conversion mitigates a tremendous amount of noise riding on the line but will not correct for AC voltage flucuations.
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Follow Ups
- RE: Ok ....most, some, many, majority,....but not [any] - kenster 20:58:52 10/29/07 (8)
- IC - Dynaudio_Rules 04:53:32 10/30/07 (6)
- RE: IC - kenster 09:41:30 10/31/07 (5)
- Thanks!!!....I was particularly interested in Source and Cause...Thanks for the Answer...nt - Dynaudio_Rules 10:36:10 10/31/07 (4)
- Example of line voltage flucations on my grid. - kenster 16:09:06 11/04/07 (3)
- Not a big delta. I regularly see from 115 to 121... - Ted Smith 17:15:35 11/04/07 (2)
- RE: Not a big delta. I regularly see from 115 to 121... - kenster 17:51:03 11/04/07 (1)
- It all depends on the time scale of the fluctuations - Ted Smith 18:44:42 11/04/07 (0)
- You are overgeneralizing in the opposite way - Ted Smith 23:46:24 10/29/07 (0)