23rd International Workshop on Thermal Investigations of ICs and Systems (THERMINIC)

IEEE, 2017.

Academic editor: A. Poppe, S. Volz

This 23rd edition of THERMINIC is again the main European event for
academics and industry to share recent advances in thermal issues of
electronics and microelectronics, including problems of nano-scale heattransfer,
thermal modeling and simulation issues in solid-state lighting as
well as cooling issues of power electronics.
Following the workshops held in Grenoble (1995), Budapest (1996), Cannes
(1997 and 1998), Rome (1999), Budapest (2000), Paris (2001), Madrid (2002),
Aix-en-Provence (2003), Sophia Antipolis (2004), Belgirate (2005), Nice (2006),
Budapest (2007), Rome (2008), Leuven (2009), Barcelona (2010), Paris
(2011), Budapest (2012), Berlin (2013), Greenwich (2014), Paris (2015), and Budapest (2016)

The 23rd THERMINIC Workshop will once more propose a strong technical
program, with 3 keynotes, 52 oral and 17 poster presentations organized in
3 keynote sessions, 12 oral sessions and two poster introduction sessions.
More than 120 conference delegates from 23 countries are joining us this
year.
We look forward to sharing with you a great conference in Amsterdam at
THERMINIC 2017.

Chapters

Extension of Standard SPICE SiGe HBT Models in the Cryogenic Temperature Range

Petrosyants K. O., Kozhukhov M., Dvornikov O. et al., , in: 23rd International Workshop on Thermal Investigations of ICs and Systems (THERMINIC).: IEEE, 2017. P. 1–5.

Although it has been demonstrated that the SiGe HBTs can achieve faster unloaded circuit speed at cryogenic temperature than at room temperature, modelling of the SiGe HBTs at low temperature has been limited. It is known that the standard SPICE models of bipolar transistor are effective and guarantee the valid results only up to a ...

Added: July 16, 2018

Keywords: thermal management, thermo-mechanical reliability, solid-state lighting, power electronics components, тепловые проблемы, термо-механическая надёжность, твердотельные осветительные приборы, мощные электронные компоненты