+++ How does my suspension do all these things? By obeying Newton's Third Law of Motion. +++
With all due respect Doug, your response is no more than a cop out. The type of one liner I'd expect in a Micheal Moore documentary.
Newtons third law states “For every action, there is an equal and opposite reaction” and it acts upon all turntables, whether suspended or not.
Vibration (floor borne + stand) need to be controlled and damped before it gets to the record-cartridge interface. By introducing a suspension you can both control/convert vibrations to be less troublesome frequency AND turn some into heat.
A fine example of this principle is suspended high rise building in earthquake prone zones. By using suspension the energy of the quake is managed so that the building suffers a lot less damaging energy. The energy transferred to the building is at a frequency the building can withstand and tolerate.
On my Oracle, the floor/stand borne energy transmitted to my stylus record interface is converted from a spectrum of audible frequencies to 5 Hz ... way below what my system is going to responding to, and a lot lower than my cart/tonearm resonance. On an unsuspended turntable you'll get vibration throughout the frequency range.
As for the notion that the suspension interferes with the record stylus interface, that is equally bogus. The arm and stylus is a unit, and the suspension does not come into play.
+++ I did mention that a well designed, high mass plinth is needed to damp resonances on a non-suspended table.+++
Yeah, I had one. No low level detail until I put an air bladder suspension under it. Oops yeah, don't suspended turntables do that all in one?
Regards
Paul
With all due respect Doug, your response is no more than a cop out. The type of one liner I'd expect in a Micheal Moore documentary.
Newtons third law states “For every action, there is an equal and opposite reaction” and it acts upon all turntables, whether suspended or not.
Vibration (floor borne + stand) need to be controlled and damped before it gets to the record-cartridge interface. By introducing a suspension you can both control/convert vibrations to be less troublesome frequency AND turn some into heat.
A fine example of this principle is suspended high rise building in earthquake prone zones. By using suspension the energy of the quake is managed so that the building suffers a lot less damaging energy. The energy transferred to the building is at a frequency the building can withstand and tolerate.
On my Oracle, the floor/stand borne energy transmitted to my stylus record interface is converted from a spectrum of audible frequencies to 5 Hz ... way below what my system is going to responding to, and a lot lower than my cart/tonearm resonance. On an unsuspended turntable you'll get vibration throughout the frequency range.
As for the notion that the suspension interferes with the record stylus interface, that is equally bogus. The arm and stylus is a unit, and the suspension does not come into play.
+++ I did mention that a well designed, high mass plinth is needed to damp resonances on a non-suspended table.+++
Yeah, I had one. No low level detail until I put an air bladder suspension under it. Oops yeah, don't suspended turntables do that all in one?
Regards
Paul