CRT® Explained:

Controlled Resonance Technology was developed by Nakymatone.

crt-waveCRT does not use conventional drivers to reproduce sound. Conventional drivers displace the air from the cone in a similar way as the good old gramophone did. Resonances are avoided with conventional technology to eliminate coloration.

CRT on the other hand uses a soundboard much like a musical instrument to reproduce sound. The soundboard uses resonances to generate soundwaves. By generating resonances originating from multiple locations on the board a broad frequency range can be generated within very small fluctuations in amplitude.

In the design every detail is taken into account from the construction of the soundpanel, including the finishing with plaster, drywall compound, or other surface finishing, to the internal sound absorption and the acoustically tuned back box.

During the design the theoretical approximation created with computer simulations is only a starting point. The further design is done with the help of real life testing using measurements both electronic and acoustically. But above all the most critical measuring instrument is used; the human ear.

Musicality is always the determining factor; specifications on paper will always be secondary for Nakymatone.

CRT®解释:
受控共振技术由Nakymatone开发。

crt-waveCRT不使用常规驱动程序来再现声音。传统的驱动器以与老式老留声机类似的方式排出锥体中的空气。用常规技术避免共振以消除着色。

另一方面,CRT使用的音板很像乐器来再现声音。音板使用共振产生声波。通过产生源自电路板上多个位置的谐振,可以在幅度很小的波动范围内产生较宽的频率范围。

在设计中,要考虑到每个细节,从隔音板的构造到石膏内部的吸音和经过声学调音的后箱,包括音板的建造,石膏墙干粉或其他表面处理。

在设计过程中,通过计算机模拟创建的理论近似值只是一个起点。进一步的设计是在实际测试的帮助下,通过电子和声学测量进行的。但最重要的是,使用了最关键的测量仪器。人耳。

音乐性永远是决定性因素;对于Nakymatone,纸质规范始终是次要的。