This thesis work is part of the Diamonix project, which is about forming a France-based supply and fabrication of diamond electronics devices. Work in this thesis is centered upon designing a peripheral junction protection suitable for diamond Schottky diodes, a vital structure for the right behavior of power electronics components. Such design on monocristalline diamond substrates needs several steps. After a first chapter dealing with diamond state of the art in power electronics, emphasis is brought upon the design of a field plate protection using several dielectric materials and a semi-resistive component in the second chapter. Those simulations are carried out using SENTAURUS TCAD software suite. The third chapter tries to answer any ...
International audienceDiamond is a wide band gap semiconductor material with outstanding properties ...
International audienceDiamond is a wide band gap semiconductor material with outstanding properties ...
As applications in the field of power electronics tend toward more extreme conditions (high power de...
This thesis work is part of the Diamonix project, which is about forming a France-based supply and f...
This thesis work is part of the Diamonix project, which is about forming a France-based supply and f...
This thesis work is part of the Diamonix project, which is about forming a France-based supply and f...
This thesis work is part of the Diamonix project, which is about forming a France-based supply and f...
Cette thèse se place dans le cadre du projet Diamonix, qui vise à établir une filière diamant en Fra...
Diamond is known as the best candidate for power electronics application. Currently the most advance...
Diamond is known as the best candidate for power electronics application. Currently the most advance...
The current silicon technology is reaching its theoretical limits and the only road to improve the p...
International audienceDiamond is a wide band gap semiconductor material with outstanding properties ...
The current silicon technology is reaching its theoretical limits and the only road to improve the p...
The current silicon technology is reaching its theoretical limits and the only road to improve the p...
International audienceDiamond is a wide band gap semiconductor material with outstanding properties ...
International audienceDiamond is a wide band gap semiconductor material with outstanding properties ...
International audienceDiamond is a wide band gap semiconductor material with outstanding properties ...
As applications in the field of power electronics tend toward more extreme conditions (high power de...
This thesis work is part of the Diamonix project, which is about forming a France-based supply and f...
This thesis work is part of the Diamonix project, which is about forming a France-based supply and f...
This thesis work is part of the Diamonix project, which is about forming a France-based supply and f...
This thesis work is part of the Diamonix project, which is about forming a France-based supply and f...
Cette thèse se place dans le cadre du projet Diamonix, qui vise à établir une filière diamant en Fra...
Diamond is known as the best candidate for power electronics application. Currently the most advance...
Diamond is known as the best candidate for power electronics application. Currently the most advance...
The current silicon technology is reaching its theoretical limits and the only road to improve the p...
International audienceDiamond is a wide band gap semiconductor material with outstanding properties ...
The current silicon technology is reaching its theoretical limits and the only road to improve the p...
The current silicon technology is reaching its theoretical limits and the only road to improve the p...
International audienceDiamond is a wide band gap semiconductor material with outstanding properties ...
International audienceDiamond is a wide band gap semiconductor material with outstanding properties ...
International audienceDiamond is a wide band gap semiconductor material with outstanding properties ...
As applications in the field of power electronics tend toward more extreme conditions (high power de...