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Electrical and Thermal Analysis of an OLED Module


J. Kundrata1 A. Baric1
1Faculty of Electrical Engineering and Computing, University of Zagreb, Zagreb, Croatia


The simulated magnetic field lines and temperature of an OLED module

This paper presents the electrical and thermal analysis of an OLED module. The OLED module consists of the OLED tile and the DC-DC converter incorporated in its backplane. The DC-DC converter is realized as an integrated circuit and its inductor is embedded in the the backplane. The DC-DC converter is highly efficient, but a fraction of the electrical power is dissipated in the integrated circuit and the planar inductor. This dissipation has negative consequences on the OLED characteristics. Additionally the planar inductor represents a loop antenna that radiates electromagnetic energy. The radiated disturbance of the planar inductor must conform to the EMC standards. The COMSOL Multiphysics is used to investigate both the electromagnetic and thermal performance of the OLED tile.

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