Paper
11 March 2005 Integration and miniaturization of thermopile-based pyrometric module construction sets
Martin D. Liess, Alain Charlebois, Jurgen Schilz, Henrik Ernst, Hermann Karagozoglu, Guido Lauck, Martin Hausner
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Abstract
We present the main applications for contact-less (radiation-) temperature measurement with thermopile sensors and show how the large number of different requirements associated with them can be matched using a low-cost sensor module construction set in a TO39 housing. The main components are: A choice from different MEMS-thermopile sensors or sensor arrays, one of two programmable ASIC’s, IR optical components to be integrated, such as filters, IR lenses, a Winston cone reflector and different caps. Of the latter, a significant innovation is the isothermal cap, which integrates the mechanical functionality of a cap with optical functions such as the reduction of ghost images and most importantly the thermal functionality of a massive heat sink. This way a complete pyrometer can be build into a TO39 housing.
© (2005) COPYRIGHT Society of Photo-Optical Instrumentation Engineers (SPIE). Downloading of the abstract is permitted for personal use only.
Martin D. Liess, Alain Charlebois, Jurgen Schilz, Henrik Ernst, Hermann Karagozoglu, Guido Lauck, and Martin Hausner "Integration and miniaturization of thermopile-based pyrometric module construction sets", Proc. SPIE 5731, Photonics Packaging and Integration V, (11 March 2005); https://doi.org/10.1117/12.590424
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KEYWORDS
Sensors

Temperature metrology

Infrared sensors

Calibration

Thermography

Signal processing

Control systems

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