首页> 外文会议>The Proceedings of the AES 31st International Conference >ACHIEVING REAL BANDWIDTH BEYOND 20 KHZ WITH A LOUDSPEAKER SYSTEM
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ACHIEVING REAL BANDWIDTH BEYOND 20 KHZ WITH A LOUDSPEAKER SYSTEM

机译:使用扬声器系统实现真实带宽超过20 KHZ

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There are now quite a number of so-called “super tweeter” products on the market, all claiming bandwidth beyond 20 kHz. However, this bandwidth is typically achieved only within a few degrees of the loudspeaker axis, and the real power bandwidth is much lower. The limiting factor in all piston-based designs is the “ka = 2” relationship between wave-number and radius. At 20 kHz, this results in the requirement that a is about 5 mm. By removing the requirement for the diaphragm to move as a piston, the “Balanced Mode Radiator (BMR)” allows the use of larger diaphragms, making the possibility of real power bandwidth beyond 20 kHz a practical reality.
机译:现在市场上有许多所谓的“超级高音扬声器”产品,它们都声称带宽超过20 kHz。但是,此带宽通常仅在扬声器轴的几度内获得,并且实际功率带宽要低得多。在所有基于活塞的设计中,限制因素是波数与半径之间的“ ka = 2”关系。在20 kHz时,这要求a约为5 mm。通过消除振动膜作为活塞运动的要求,“平衡模式散热器(BMR)”允许使用更大的振动膜,从而使实际功率带宽超过20 kHz的可能性成为现实。

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