Analytical expressions for the electrothermal parameters governing thermal instability in bipolar transistors, i.e., thermal resistance Rth, critical temperature Tcrit and critical current Jccrit, are established and verified by measurements on silicon-on-glass bipolar NPNs. A minimum junction temperature increase above ambient due to selfheating that can cause thermal breakdown is identified and verified to be as low as 10–20 C. The influence of internal and external series resistances and the thermal resistance explicitly included in the expressions for Tcrit and Jccrit becomes clear. The use of the derived expressions for determining the safe operating area of a device and for extracting the thermal resistance is demonstrated
Nowadays, electrothermal effects (ET) are posing fundamental issues in nearly all branches of micro-...
semiconductor device measurement; bipolar transistors; heterojunction bipolar transistors; analogue ...
The state-of-art power semiconductor devices require a thorough understanding of the thermal behavio...
Analytical expressions for the electrothermal parameters governing thermal instability in bipolar t...
Abstract—Analytical expressions for the electrothermal pa-rameters governing thermal instability in ...
The electrothermal behavior of single- and twofinger bipolar transistors at medium- and high-curren...
In this thesis, research is focused on the investigation of electrothermal effects in high-speed sil...
A novel silicon-on-glass integrated bipolar technology is presented. The transfer to glass is perfo...
Abstract—A novel silicon-on-glass integrated bipolar tech-nology is presented. The transfer to glass...
A measurement system comprised of an ultra-low-distortion function generator, lock-in amplifier, and...
Self-heating, the process by which power dissipation causes a rise in the operating temperature of ...
A detailed theoretical and numerical analysis of the electrothermal behavior of single-finger bipol...
Self-heating in bipolar transistors, the effect which causes a rise in the device junction temperatu...
Analytical expressions for the thermal resistance of bipolar transistors on bulk and SOI substrates ...
International audienceThis paper discusses the estimation of possible device destructions inside con...
Nowadays, electrothermal effects (ET) are posing fundamental issues in nearly all branches of micro-...
semiconductor device measurement; bipolar transistors; heterojunction bipolar transistors; analogue ...
The state-of-art power semiconductor devices require a thorough understanding of the thermal behavio...
Analytical expressions for the electrothermal parameters governing thermal instability in bipolar t...
Abstract—Analytical expressions for the electrothermal pa-rameters governing thermal instability in ...
The electrothermal behavior of single- and twofinger bipolar transistors at medium- and high-curren...
In this thesis, research is focused on the investigation of electrothermal effects in high-speed sil...
A novel silicon-on-glass integrated bipolar technology is presented. The transfer to glass is perfo...
Abstract—A novel silicon-on-glass integrated bipolar tech-nology is presented. The transfer to glass...
A measurement system comprised of an ultra-low-distortion function generator, lock-in amplifier, and...
Self-heating, the process by which power dissipation causes a rise in the operating temperature of ...
A detailed theoretical and numerical analysis of the electrothermal behavior of single-finger bipol...
Self-heating in bipolar transistors, the effect which causes a rise in the device junction temperatu...
Analytical expressions for the thermal resistance of bipolar transistors on bulk and SOI substrates ...
International audienceThis paper discusses the estimation of possible device destructions inside con...
Nowadays, electrothermal effects (ET) are posing fundamental issues in nearly all branches of micro-...
semiconductor device measurement; bipolar transistors; heterojunction bipolar transistors; analogue ...
The state-of-art power semiconductor devices require a thorough understanding of the thermal behavio...