The Division's research activities primarily focus on heat and mass flow modeling in electronic systems and power devices, using thermography to verify calculations. Research focuses on the modeling and design of power systems while taking into account nonlinear phenomena.
Electronic Circuits and Thermography Division was established in 2004. It was created by merging the Department of Electronic Systems and the Computational Thermography Team.
We design thermal imaging systems for various infrared bands for gas leak detection, non-destructive testing of subsurface structures of materials, and medical diagnostics. We develop unique low-power thermal imaging systems for mobile applications (drones) using single-pixel cameras.
Switch Mode Power Supplies (SMPS)
We design and build high-efficiency pulse converters in resonant topology with power factor correction (PFC) compliant with safety and electromagnetic compatibility standards.
Industrial heat transport systems, including heat dissipation systems in electronics
We analyse and model heat flow, including non-Fourier heat flow and heat flow with phase transitions. We design and build innovative cooling systems for electronics, scientific and medical applications.
Distributed systems for measuring temperature and other physical quantities
We test optical sensors and fibre optic sensors, as well as fibre optic systems using distributed Raman and Brillouin scattering (DTS) measurement. We apply artificial intelligence methods in measurement and control systems, including thermography, medical diagnostics, non-destructive testing and unmanned vehicle technology.