I wonder if any of you have given any more thought to the influence of the total weight of the tonearm with respect to dampening. I wonder how much of the dampening occurs in the headshell and arm tube versus the rest of the arm assembly.
I suppose that if the armtube is properly damped, then the rest of the arm mass or dampening proerties is not as critical. However, I would think that if the arm tube is not effectively damped then the mass and material of the remaining assembly plays a greater role.
I have heard the Fidelity Research/Ikeda arms (effective mass aside) are considered as effective as they are due to the sheer mass of the arm.
Also, I have heard from the Triplanar tips that removing the damping trough has sonic benefits. If the damping trough is so far away from the headshell and if the arm tube is effectively damped, why would this make a sonic difference?
Any thoughts?
I suppose that if the armtube is properly damped, then the rest of the arm mass or dampening proerties is not as critical. However, I would think that if the arm tube is not effectively damped then the mass and material of the remaining assembly plays a greater role.
I have heard the Fidelity Research/Ikeda arms (effective mass aside) are considered as effective as they are due to the sheer mass of the arm.
Also, I have heard from the Triplanar tips that removing the damping trough has sonic benefits. If the damping trough is so far away from the headshell and if the arm tube is effectively damped, why would this make a sonic difference?
Any thoughts?