Oh wait, what’s this?
Actually knew that was there but only just now decided to use it. Classic example of why however good VPI are I’d never recommend one for the arm. Twisted wires. Sheesh!
So what happens is as the arm swings closer to the center the torque on the wire increases and this means a VPI arm will always have more anti-skate at the inside than at the outside. Its never right and anti-skate usually isn’t all that particular anyway (watch Lederman, explains beautifully why it is at best an average or trade-off) but still, twisted wires, I mean come on!
So odds are your twisted wires are twisted okay for the outside but too much for the inside. If this is the case then it will be the inside or Left channel that’s distorting the most.
Leavenworth Bulls Tooth. The porter, I mean.
I don’t use anti-skating, just twisting the cable going to the junction box.
Actually knew that was there but only just now decided to use it. Classic example of why however good VPI are I’d never recommend one for the arm. Twisted wires. Sheesh!
So what happens is as the arm swings closer to the center the torque on the wire increases and this means a VPI arm will always have more anti-skate at the inside than at the outside. Its never right and anti-skate usually isn’t all that particular anyway (watch Lederman, explains beautifully why it is at best an average or trade-off) but still, twisted wires, I mean come on!
So odds are your twisted wires are twisted okay for the outside but too much for the inside. If this is the case then it will be the inside or Left channel that’s distorting the most.
Leavenworth Bulls Tooth. The porter, I mean.