M. Kałuża, B. Wiecek, G. de Mey, A.T. Hatzopoulos, V. Chatziathanasiou
Abstract The article presents the results of transient thermal measurements of a coil integrated in a silicon chip. Based on those measurements and using numerical procedures, thermal impedance, time constant distribution and structure functions were obtained. Next, using simple physical models of heat transfer phenomena, the 3 major time constants of the device under test were calculated, compared with measurement results and explained physically.
© 2001-2024 Fundación Dialnet · Todos los derechos reservados