Dear Ketchup,
Although I'm not a mechanical engineer it's an effect that relates to the mechanics of the tonearm design and the position/height of the pivot relative to the stylus? An analogy I use to help me guess which way the force increases is what happens when a tonearm is balanced.
If you balance the arm then briefly push the "stylus end" downwards the arm will react with a restorative force which eventually restores the arm upwards back into a balanced horizontal position. (i.e. analogous to less VTF).
By the same token if you lifted the "stylus end" then released it would fall due to a similar restorative force, eventually settling in the manner of a damped oscillation. (Otherwise the arm would defy gravity and stay exactly where you released it?)
(I believe) the behaviour is the opposite of what you'd expect if you viewed a declined or inclined tonearm playing an LP? Typically, warps encourage increased rather than decreased VTF.
Qualified M/Eng's might volunteer to offer their insights. ;^)
Cheers,
Although I'm not a mechanical engineer it's an effect that relates to the mechanics of the tonearm design and the position/height of the pivot relative to the stylus? An analogy I use to help me guess which way the force increases is what happens when a tonearm is balanced.
If you balance the arm then briefly push the "stylus end" downwards the arm will react with a restorative force which eventually restores the arm upwards back into a balanced horizontal position. (i.e. analogous to less VTF).
By the same token if you lifted the "stylus end" then released it would fall due to a similar restorative force, eventually settling in the manner of a damped oscillation. (Otherwise the arm would defy gravity and stay exactly where you released it?)
(I believe) the behaviour is the opposite of what you'd expect if you viewed a declined or inclined tonearm playing an LP? Typically, warps encourage increased rather than decreased VTF.
Qualified M/Eng's might volunteer to offer their insights. ;^)
Cheers,