介绍CRBN
突破性的静电技术
Audeze自豪地宣布新品 - CRBN静电耳机！（发音为 "Carbon"），为了解决静电设计的常见问题，CRBN 集成数十年最先进的静电技术，采用了专利的极细薄膜材料与悬浮碳纳米管技术。
碳纳米管技术
CRBN的驱动单元由超薄振膜构成，这种薄膜是一种革命性的材料。悬浮碳纳米管科技让电荷布满整个薄膜上，让单元的张力平均分配，能有效减少失真，增强解析、分辨率与透明度。
有意义的设计
这项新技术，最初由Audeze与加州大学洛杉矶分校医学院的Mark S. Cohen博士团队，用于核磁共振（MRI）而合作研发。
因为不能使用铁基金属，所以我们开发了一种新的材料并申请专利。这种材料的运用能解决薄膜层压和沉积相关的问题。
（翻译非官方文案，仅供参考）
Audeze Official：
Breakthrough Electrostatic Technology
Featuring the most advanced electrostatic technology in decades, Audeze proudly introduces the CRBN electrostatic headphone (pronounced “carbon”), which features a new Patent-pending thin film with suspended carbon nanotubes to eliminate problems commonly found in previous electrostatic designs.
Carbon Nanotube Technology
The CRBN driver includes a revolutionary ultra-thin diaphragm with carbon nanotubes suspended inside the material. Because the charge is distributed throughout the film, this results in a uniform driving force that reduces distortion and improves clarity, resolution and transparency.
Designed with Purpose
Audeze originally developed this new technology working with Prof. Mark S. Cohen Ph.D., UCLA School of Medicine and his team, for use in magnetic resonance imaging (MRI). Typical ferrous metals could not be used, so we had to develop a new material, and that led us to patent a special thin film with suspended carbon nanotubes. This solves the problems associated with lamination and deposition on the film.
截图自Head-fi社区Jude的测量视频 (via Headfi - "Audeze CRBN Review, Interview, Measurements"
原作者：Jude，原链接：https://www.head-fi.org/threads/ ... measurements.958938
原作者：Jude，原链接：https://www.head-fi.org/threads/ ... measurements.958938
