wakibaki
1000+ Head-Fier
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- May 26, 2011
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1. There's nothing relevant on the page you linked.
2. These aren't Grados.
What does 'high-end harshness' look like on any instrument, let alone a DScope?
@BCG27 What makes your 2 word answer more constructive than mine? Why would an increased capacity on the part of the amplifier to control the movement of the diaphragm result in high-end harshness?
'Overdamped' is a condition in resonant systems. An overdamped audio transducer has a reduced low-frequency response, but 'overdamped' in this context refers to the mechanical damping provided by the transducer structure or indirectly by the enclosure, and has nothing to do with amplifier 'damping factor', which is a misnomer. 'Damping factor' refers to the relative capacity of an amplifier to control the diaphragm or other moving part of an audio transducer. 'Overdamped' is meaningless in the context of amplifier output impedance.
So 'close' was overgenerous.
w
2. These aren't Grados.
What does 'high-end harshness' look like on any instrument, let alone a DScope?
@BCG27 What makes your 2 word answer more constructive than mine? Why would an increased capacity on the part of the amplifier to control the movement of the diaphragm result in high-end harshness?
'Overdamped' is a condition in resonant systems. An overdamped audio transducer has a reduced low-frequency response, but 'overdamped' in this context refers to the mechanical damping provided by the transducer structure or indirectly by the enclosure, and has nothing to do with amplifier 'damping factor', which is a misnomer. 'Damping factor' refers to the relative capacity of an amplifier to control the diaphragm or other moving part of an audio transducer. 'Overdamped' is meaningless in the context of amplifier output impedance.
So 'close' was overgenerous.
w