減少音響系統的端子上產生的逆電動勢以改善音質。

如果適用金屬連接的音響使用跨接器，那麼金屬線連接器將變得毫無意義，通過易電動勢的影響和電纜長度的不均衡會導致音質和相位特性被劣化。 BWA-4的目的是，排除跨接器後，均等分配低頻區域和高頻區域的音響端子，排除逆電動勢的影響後，實驗正確的相位特性。有效減少失真和混濁感，達到透明感和解析度較高且正確的影像定位。 在鏡面研磨的黃酮上施以銀加鍍銠，在以-196度實施超低溫處理，將導通性提高至極致，配合使用具有減震效果硬鋁的端蓋設計出劃時代的結構。通過極致的導通特性和減震效果，不僅消除了導通劣化的現象，還在積極提高音質方面得到了成功。輸入端也可以連接帶有Y接線片的電纜。與昂貴的跨接器不同，能實實在在提高品質。

Description:

To improve audio quality, reduce the counter electromotive force generated at the terminals of the audio system.

If a metal jumper is used in an audio system with metal connectors, the use of metal wire connectors becomes meaningless as it degrades the sound quality and phase characteristics due to the influence of counter electromotive force and the imbalance in cable length. The purpose of the BWA-4 is to evenly distribute the audio terminals in the low-frequency and high-frequency regions after removing the metal jumper, eliminating the influence of counter electromotive force and achieving proper phase characteristics. It effectively reduces distortion and muddiness, resulting in a transparent sound with higher resolution and accurate image positioning. The surface of the mirror-polished brass is silver-plated with rhodium, and it undergoes ultra-low-temperature treatment at -196 degrees Celsius to maximize conductivity. The end cap is designed with hard aluminum for its damping effect, creating a cutting-edge structure. Through exceptional conductivity and damping effects, not only is conductivity degradation eliminated, but there is also successful improvement in sound quality. The input terminal can also be connected with cables equipped with Y-connectors. Unlike expensive metal jumpers, it significantly improves the quality in a practical way.