用于气体传感器的LTCC热板的小型化

Chandrakant Patel, Adwaita Jadhav, Sudhir Lone, Vivek A. Rane, Varsha Chaware, V. Giramkar, G. Phatak
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引用次数: 3

摘要

低温共烧陶瓷(LTCC)是为各种传感器和执行器应用制备微型集成封装和器件的热门技术之一。众所周知,半导体气体传感器可以在高温下工作。我们开发了基于LTCC的微型热板,集成了温度传感器,用于制备微型气体传感器。我们设计了一种制造小尺寸(长边6.5mm)悬浮热板的方法,该热板是基于集成热敏电阻的LTCC热板。本文介绍了固体矩形块加热器和热敏电阻特性的研究结果,以及热板的悬挂式热板设计。可以看出,加热器和热敏电阻在两种设计中都呈现线性行为。矩形实心块设计功耗约3.5W,而悬浮热板设计功耗仅约144mW,达到250℃的稳态温度。
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Miniaturization of LTCC based hot plates for gas sensors application
Low Temperature Co-fired Ceramic (LTCC) is amongst the favoured technologies for preparing miniature integrated packages and devices for various sensor and actuators applications. It is known that semiconductor gas sensors work at elevated temperatures. We have developed LTCC based micro hotplates with integrated temperature sensors for preparing miniature gas sensors. We have devised way to fabricate small size (Long side 6.5mm) suspended hot plate design of LTCC based hotplate with integrated thermistor. This paper presents results of heater and thermistor characterization for solid rectangular block and suspended hotplate designs of the hot plate. It is seen that the heaters as well as the thermistors present a linear behavior for both the designs. The rectangular solid block design dissipates about 3.5W power while the suspended hot plate design requires only about 144mW reaching steady state temperature of 250°C.
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