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Key System Characteristics

  • Smooth and lfat frequency response -- no spectral emphasis or coloration, and none of the jagged/comb response shown by ESL's having typical uncontrolled membrane resonances.
  • Controls allow you to set a flat or tapered response in the bass and subsonic regions
  • Invariant dynamics -- relative response is the same at all listening levels for maximal reproduction of detail and nuance -- no inherent compression effects, no in-band crossover distortion
  • Low noise floor -- combines with invariant dynamics for revealing subtle details
  • Phase true in the critical frequency band for conservation of natural ambience, image location, and timbre
  • Cylindrical, forward-only radiation pattern
    • Lack of upward, downward, or rearward radiation minimizes the involvement of room acoustics
    • Cuts in half the drop-off in sound level when moving away from a speaker, so one's location between the speakers has remarkably little influence on the stereo effect, and large rooms are easily filled with well-imaged sound
  • Flat membrane elements -- maximizes phase coherence, minimizes distortion, prevents multi-resonant spectral coloration, and provides the ultimate transient response
  • Acoustical damping -- prevents resonant spectral coloration
  • Negligible levels of harmonic distortion -- prevents harmonic coloration
  • Negligible levels of intermodulation distortion -- prevents dissonant sideband coloration
  • Wide dispersion of high frequencies -- creates a large, uniform listening area
  • Extremely potent sound pressure level capability including at very low frequencies -- convincingly recreates percussive impacts, sub-sonic vibrations, and a pipe organ's lowest registers without overemphasis

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introductionkey elementstechnologypracticalitymodels