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Materials in optoelectronics and sensory applications

Summary

The student will gain an overview of the properties of materials for LED and LD structures and their dependence on temperature and other quantities. They will learn how to properly design the cooling of electronic devices for the needs of temperature-sensitive devices. They will learn about the properties of optical materials used for the construction of optical fibers, diffusers, filters, and sensors. As part of the sensors, they will also learn about the possibilities of detecting optical radiation outside the visible spectrum and its use in practice. Likewise with the possibilities of non-communication use of optical fibers for sensory applications. The student will learn common 3D printing technologies, from the process of choosing a suitable material, through the design 3D model, to the 3D printing itself.

Literature

Silvano Donati, Photodetectors – Devices, Circuits and Applications. ISBN 0-13-020337-8 

Advised literature

Papen,G.C., Blahut, E.R.: Lightwave Communications. Cambridge University Press, 2019, ISBN 978-1-108-42756-2


Language of instruction čeština, angličtina
Code 440-2219
Abbreviation MOS
Course title Materials in optoelectronics and sensory applications
Coordinating department Department of Telecommunications
Course coordinator doc. Ing. Jan Nedoma, Ph.D.