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Proceedings Paper

Low Cost Military Thermal Imager
Author(s): P. Roos; E. Bastiaans
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Paper Abstract

In the past Philips USFA has developed different high performance thermal imaging systems. These systems all use the 8-12 micron window, SPRITE detectors and a 2-dimensional scanning system based on the starrotor. Due to the emphasis on high performance this resulted in high cost for these types of systems. A general relative cost breakdown of these high performance thermal imaging systems will be given: optics, detector and cooling, scanning mechanism, electronics, mechanical housing and display. For all these modules the cost decrease using the 3-5 micron instead of the 8-12 micron window was discussed. A cost/performance analysis will be given comparing the high performance systems with the design of the low cost system. The various design features were discussed, such as: - field of view change with changing F-number: in both fields of view full pupil is used - one scanning mechanism using a drum with 10 tilted facets - electronic correction of scanner distortion - modular design - flexibility. Using this design approach models for different applications can easily be realised. At the exhibition a model developed for use in a light armoured vehicle was shown together with a handheld version for various applications.

Paper Details

Date Published: 1 April 1990
PDF: 1 pages
Proc. SPIE 1191, Optical Systems for Space and Defence, (1 April 1990); doi: 10.1117/12.969697
Show Author Affiliations
P. Roos, Philips USFA BV (The Netherlands)
E. Bastiaans, Philips USFA BV (The Netherlands)

Published in SPIE Proceedings Vol. 1191:
Optical Systems for Space and Defence
Alan H. Lettington, Editor(s)

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