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13 Features
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Application of new cabinet research features nineteen separate
aperiodically damped internal chambers in three distinct speaker
cabinets for superior resonance control.
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Advanced light weight driver diaphragm materials minimize energy
storage and time-domain distortion.
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High-definition tweeter and midrange have ultra-light concave
ceramic dome diaphragms.
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Extremely stiff and light Nomex-Kelvar Woofer and Subwoofer cones
provide unmatched stiffness and high energy transient accuracy.
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Each driver individually tested and matched for optimum
performance.
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Moderate impedance characteristic allows for ideal interface with
any amplifier.
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Star-grounding techniques eliminate signal modulation.
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Crossover circuitry is hard-wired with surface-only conductors,
eliminating deleterious sonic effects of printed-circuit boards.
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Exceptionally low noise, highly reactive induction technology reduces
inter-driver jitter, resulting in state-of-the-art micro-dynamics.
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Direct harness wiring to drivers, with oversize barrier strips and screw
terminals at crossover connections for maximum signal transfer.
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Crossover elements meticulously oriented to minimize interaction of
magnetic fields.
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Polypropylene and coaxially wound polystyrene capacitors used
exclusively to minimize energy storage.
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Newly developed proprietary damping circuits control each driver's
electrical parameters, reducing interaction with the amplifier.
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Crossover circuitry housed in a rigid external enclosure, providing
maximum isolation from vibrations.
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Constrained-mode damping in golden section laminations absorb
cabinet vibrations.
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Six-inch thick front panel supplies acoustically inert wave-launch
platform.
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Acoustically-engineered beveled anti-diffraction felts minimize
reflective and diffractive effects.
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Distinctive faceted cabinet design provides optimal polar
characteristics.