I have read that the spring is damped so it should not vibrate much anyway. But Jea48 raises an interesting question. I had assumed that the spring would be compressed, not streched out at the 0.0g setting. I wonder which is which. I have set my dial to 0.0 and will listen for a few days and than switch back and report if I notice any improvement. My PC-1 is on the heavier side, so the counterweight does move significantly in toward the arm's pivot point now that it is balanced statically. And that must be better for the arm's enertia, even if it isn't audible.
SME V arm: dynamic VTF or straight weight
I am using an SME V arm and wonder if anyone has compared the sound using the dynamic VTF (i.e. setting the dial to 2.0g) versus setting the dial to 0.0g and simply using the counterweight and an accurate scale to set VTF at 2.0g. Is there a sonic difference and what is the theory behind one versus the other?
I would think that using the latter method moves the counterweight closer to the arm's pivot point and effects how the bearing is loaded and possibly also the moment of enertia of the arm.
I have briefly tried to hear a difference, but couldn't and plan to do a more controlled comparison. Anyone's own experience would be appreciated. Thanks.
Peter
I would think that using the latter method moves the counterweight closer to the arm's pivot point and effects how the bearing is loaded and possibly also the moment of enertia of the arm.
I have briefly tried to hear a difference, but couldn't and plan to do a more controlled comparison. Anyone's own experience would be appreciated. Thanks.
Peter
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- 47 posts total
- 47 posts total