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State of the Art Telemetric Implantable Sensors and Their Encapsulation

机译:最先进的遥测植入传感器及其封装

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MEMS sensor have the potential to revolutionize medical implants. Their advantages are a small form factor, low power consumption and the ability to operate by telemetry. While some MEMS sensors, for example to measure pressure, have reached a high level of. maturity, their encapsulation for long term implants remains problematic. Here, a novel encapsulation a technique is presented that combines flexibility with long term stability. It relies on a two layer approach: the outer thicker layer consists of a polymer, while the inner layer consists of a stack of thin layers which is long term stable and water vapor impenetrable. Furthermore, the discussed pressure sensor can be operated wirelessly, therefore no battery is required. The operation is described, and some initial measurement data on animal trials are presented.
机译:MEMS传感器有可能彻底改变医疗植入物。它们的优点是遥控器,低功耗和遥测操作的能力。虽然一些MEMS传感器,例如测量压力,达到了高水平的。成熟度,它们对长期植入物的封装仍然存在问题。这里,提出了一种新的封装,其结合了长期稳定性的灵活性。它依赖于两层方法:外层较厚的层由聚合物组成,而内层由一堆薄层组成,该薄层是长期稳定和水蒸气难以穿透的。此外,所讨论的压力传感器可以无线操作,因此不需要电池。描述了操作,并提出了关于动物试验的一些初始测量数据。

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