Imec 称微型光机压力传感器可推进生物医学应用中的压力监测

Imec 称微型光机压力传感器可推进生物医学应用中的压力监测

新型HUG 精密大范围压力传感器结合了最先进的 MEMS 和光电技术

比利时鲁汶和美国圣地亚哥，2017 年 10 月 3 日 — 今天，世界领先的纳米电子和数字技术研究与创新中心 imec 在 imec 科技论坛 (ITF) 医疗大会上，发布了一款基于微型光机系统技术 (MOMS) 的压力传感器。该款传感器在大压力范围下展现出出色的测量精度，且具有体积紧凑、抗电磁干扰 (EMI) 等特性及多路复用功能。它利用了 imec 在 MEMS 和光电学领域独特的技术专长，可用于需要高质量感测的应用场合，特别是医疗和生命科学领域。

“Our advanced sensor could be used in a variety of (biomedical) applications such as intracranial pressure or intravascular blood pressure monitoring, where high-quality remote sensing is required. The sensor has also proven its biocompatibility and can be used in combination with MRI technology as there are no metal parts,” commented Xavier Rottenberg, Group Leader and Principal Scientist at imec. “With our current demonstrator, and the high performance it achieves on a large pressure range, imec has demonstrated the superior performance of MOMS-based pressure sensors and their potential to complement – and in some applications even replace – current MEMS-based devices.”

Pressure sensors to measure parameters such as altitude and depth, or to engage in flow sensing are currently based on either MEMS or optical fiber technologies which bring both advantages and shortcomings. MEMS-based pressure sensors are popular as they are known for their good performance and small size. Optical fiber sensors are suitable for use in harsh environments which can be characterized by EMI or high temperatures, however, they make for less integrated and more complex and expensive systems.

Imec’s new MOMS-based pressure sensor combines the best of both worlds, as evidenced by its high precision, comparable to the one offered by commercial MEMS, over a very large range. Moreover, it shows high tolerance to EMI interference and supports multiplexing. With the sensor, imec researchers have demonstrated a root mean square (rms) precision lower than 1Pa across a large range that could easily reach 100kP.

Imec is now looking for partners including – but not limited to – health device manufacturers who are interested in conducting joint research on this topic, or who want to engage in joint development and/or low-volume production.

Imec’s ITF Health is an exclusive event for business leaders, biomedical experts and visionaries in healthcare and nanotechnology. The forum is held on Oct 3 in San Diego, Calif., and provides insights into rapidly evolving R&D at the crossroads of healthcare and nanoelectronics, with a specific interest in solving current and future healthcare challenges. ITF Health is part of the series of Imec Technology Forums. Other ITF events are hosted in Belgium, the USA, Japan, Israel and South East Asia. Additional details and speakers can be found at http://www.itf2017.be.