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Colour Characterisation of a-Si:H-Based Three-Terminal Three-Channel Detector

  • Janez Krĉ (a1), Marko Topiĉ (a1), Franc Smole (a1), Dietmar Knipp (a2) and Helmut Stiebig (a2)...

Abstract

Colour characterisation of a three-terminal three-channel colour detector in the assembly glass/TCO1/PI1NI2P/TCO2/PI3N/Al is performed, using a method of polynomial regression. The metameric errors of the detector calculated and investigated for different orders of polynomial colour correction are presented and discussed. The benefits of the first order colour correction are shown and graphically illustrated. The final transformation matrix for the first order colour correction and conversion to the output R, G and B signals is given. At the end, a demonstrational application with the a-Si:H-based detector and corresponding read-out and colour correction electronics is presented.

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[1] Herzog, Patrick G., Knipp, Dietmar, Stiebig, Helmut and König, Friedhelm, SPIE Procs. Vol. 3648 (Electronic Imaging Conference, San Jose, USA), 1999, pp. 4859
[2] Knipp, D., Herzog, P.G., Stiebig, H., König, F., 18th ICAMS, Utah, USA, 1999, to be published in J. of Non-Cryst. Solids
[3] Topiĉ, M., Stiebig, H., Knipp, D., Smole, F., IEEE Trans. on Elec. Dev. 46 (1999) 18391845.
[4] Topiĉ, M., Smole, F., Furlan, J., Kusian, W., J. Non-Cryst. Solids 227–230 (1998) 13261329.
[5] http://www.colorpro.com/info/index.htm

Colour Characterisation of a-Si:H-Based Three-Terminal Three-Channel Detector

  • Janez Krĉ (a1), Marko Topiĉ (a1), Franc Smole (a1), Dietmar Knipp (a2) and Helmut Stiebig (a2)...

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