Panasonics composite of polymer and Aramid fibers absorb vibrations to give this new hybrid diaphragm about twice the internal loss of conventional composite for remarkable sonic clarity and definition. Holographic style patterns appear on the black cones surface. The speakers edge design allows it to achieve the performance of a larger speaker without increasing the installation space requirements.
Aramid Fiber Hybrid Thin Diaphragm Composite diaphragms made of polymer and inert filler have tended to have insufficient internal loss and exhibit sonic coloration. Now Panasonic has developed a composite of polymer and Aramid, the material used in bulletproof vests. Strong Aramid fibers absorb vibrations to give this new hybrid diaphragm about twice the internal loss of conventional composite. The result is remarkable sonic clarity and definition.
Polypropylene Injection Cone Polypropylene provides a sophisticated appearance that is matched by its refined performance. This diaphragm greatly contributes to clear music reproduction, yet is rugged enough to resist the harsh elements associated with cars.
Discrete Edge Design Our discrete edge design allows us to achieve the performance of a larger speaker without increasing the installation space requirements. This is achieved by positioning the surround's rolled edge inside and below the outer periphery of the cone. This extended cone design widens the effective diaphragm area by 18 percent, resulting in enhanced low-range efficiency. The extended cone also helps block spurious edge radiation which could cause distortion.
High Linearity Suspension Maintains Tight Control To bring out the wide dynamic range of digital sources, a damper needs to be strong and resilient. Polyamide fiber has precisely these characteristics, helping to assure lively, yet accurate musical reproduction. This high-performance suspension maintains tight control throughout rapid sequences of strong transients, and faithfully tracks the rising edge of difficult-to-handle waveforms.
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