Add to ORKGTo investigate the electrical on-chip-transistor behavior at different temperatures usually the transistor area on the wafer is heated by external heat sources to operate at a specific temperature. To avoid using external heat sources a heatring structure was developed which directly controls the temperature of the investigated transistor area on the wafer, guaranteeing very fast warming up and cooling off duration times. Testing the heatring functionality was performed by electro-thermal simulations, the results of which were verified by measurements. Keywords : heatring, electro-thermal simulatio
Abstract: This papers describes a computer environment that supports the simultaneous electrical and...
[[abstract]]This study proposes a new behavioral simulator that uses SIMULINK for all-digital CMOS t...
Both users and industries demand devices and systems with higher performances and better reliabiliti...
To investigate the electrical on-chip-transistor behavior at different temperatures usually the tran...
The purpose of this thesis is to study the heat transfer in silicon. Silicon is the key semiconducto...
In safety-critical systems, power electronics is widely used, e.g., for driving actuators. High cur...
This communication deals with a theoretical study of the hot spot onset (HSO) in cellular bipolar po...
In this paper we report on a novel simulation tool designed for the 3D coupled electro-thermal simul...
Power electronics technology is widely used in several areas, such as in the railways, automotive, ...
This paper discusses the design and manufacture of a test rig for practical thermal analysis of the ...
A new algorithm is found and a computer program developed for the more exact calculati...
High density integration in advanced CMOS technology, such as STMicroelectronics’ 28 nm UTBB FD-SOI ...
The power generate by modern silicon germanium (SiGe) heterojunction bipolar transistors (HBTs) can ...
Thermal interactions set a tremendous challenge for electronic designers, and a device/system can no...
DMOS transistors in integrated power technologies are often subject to significant self-heating and ...
Abstract: This papers describes a computer environment that supports the simultaneous electrical and...
[[abstract]]This study proposes a new behavioral simulator that uses SIMULINK for all-digital CMOS t...
Both users and industries demand devices and systems with higher performances and better reliabiliti...
To investigate the electrical on-chip-transistor behavior at different temperatures usually the tran...
The purpose of this thesis is to study the heat transfer in silicon. Silicon is the key semiconducto...
In safety-critical systems, power electronics is widely used, e.g., for driving actuators. High cur...
This communication deals with a theoretical study of the hot spot onset (HSO) in cellular bipolar po...
In this paper we report on a novel simulation tool designed for the 3D coupled electro-thermal simul...
Power electronics technology is widely used in several areas, such as in the railways, automotive, ...
This paper discusses the design and manufacture of a test rig for practical thermal analysis of the ...
A new algorithm is found and a computer program developed for the more exact calculati...
High density integration in advanced CMOS technology, such as STMicroelectronics’ 28 nm UTBB FD-SOI ...
The power generate by modern silicon germanium (SiGe) heterojunction bipolar transistors (HBTs) can ...
Thermal interactions set a tremendous challenge for electronic designers, and a device/system can no...
DMOS transistors in integrated power technologies are often subject to significant self-heating and ...
Abstract: This papers describes a computer environment that supports the simultaneous electrical and...
[[abstract]]This study proposes a new behavioral simulator that uses SIMULINK for all-digital CMOS t...
Both users and industries demand devices and systems with higher performances and better reliabiliti...