用于毫米波和亚毫米波应用的室温铂纳米条测热计

Y. Desmet, B. Thomas, E. Peytavit, F. Pavanello, E. Okada, E. Lampin, A. Walber, J. Ceru, F. Graux, D. Ducatteau, J. Lampin
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引用次数: 1

摘要

我们展示了一种基于铂纳米带的w波段辐射热计,它与聚合物衬底上的波导探针集成在一起。由于Pt电阻的小尺寸和聚合物的热性能,我们测量了49000 K/W的高热响应。此外,它的小热容量允许将时间常数降低到2.2 ms。通过精心设计探头,实现了整个w波段的良好匹配。辐射热计的线性度在40年的射频功率下得到了证明。由于它是基于传统的微电子制造技术,电路的所有尺寸都可以很容易地减小,以设计更小的波导和更高的频段到太赫兹的全波段辐射热计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Room temperature platinum nano-strip bolometer for mm & submm-wave applications
We demonstrate a W-band bolometer based on a platinum nano-strip which is integrated with a waveguide probe on a polymer substrate. We measure a high thermal response of 49000 K/W thanks to the small size of the Pt resistor and the thermal properties of the polymer. Furthermore, its small thermal capacity allows to decrease the time constant to 2.2 ms. A good matching in the entire W-band is achieved by a careful design of the probe. The linearity of the bolometer is demonstrated over 4 decades of RF power. As it is based on traditional microelectronic fabrication techniques, all dimensions of the circuit can be easily reduced to design full-band bolometers for smaller waveguides and higher frequency band up to the THz.
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