Metallurgical and electrical failure mechanisms of the PtSi- Ti/W-Al metal system were investigated in commercial bipolar logic devices and in "to the purpose" prepared samples. SEM, microprobe, AES and X-ray diffraction were used to study interdiffusion phenomena and intermetallic compound formation which were correlated to Schottky diode barrier height changes induced by thermal annealing. A few monolayers of oxygen at the Al-Ti/W interface will strongly reduce the degradation phenomena
A limiting factor for the long-term reliability of power MOSFET-based devices is the electro-thermal...
Wire bonding is still the dominating technology for realizing the first level contact of semiconduct...
In this work we investigate the correlation between the resistance behaviour and the mass transport ...
Metallurgical and electrical failure mechanisms of the PtSi- Ti/W-Al metal system were investigated ...
Failure modes of bipolar Schottky logic devices due to metallurgical degradation of PtSi/Ti-W/Al con...
The study describes the consequences of interdiffusione effects, compound formation and Schottky b...
Degradation of n-Si/PtSi/(Ti-W)/Al Schottky contacts was observed for thermal treatments at 500\u201...
The stability of metal layers on semiconductors is a key issue for the device electrical performance...
Scanning electron microscopy, microphobe measurements, Auger electron spectroscopy and X-ray diffrac...
An analysis of the possible failure modes of TTL-LS was carried out, with particular emphasis on lon...
The reliability of the A1/TiW/TiSiJSi structure is studied as a function of sintering temperature an...
Planar vertical interconnects and low resistivity track lines are stringent requirements for future ...
[[abstract]]High resolution TEM becomes more powerful when coupled with a Gatan imaging filler (GIF)...
International audienceThe long-term reliability of power devices for applications in the automotive ...
The power MOS transistors were tested with different diffusion barrier type used in metallization co...
A limiting factor for the long-term reliability of power MOSFET-based devices is the electro-thermal...
Wire bonding is still the dominating technology for realizing the first level contact of semiconduct...
In this work we investigate the correlation between the resistance behaviour and the mass transport ...
Metallurgical and electrical failure mechanisms of the PtSi- Ti/W-Al metal system were investigated ...
Failure modes of bipolar Schottky logic devices due to metallurgical degradation of PtSi/Ti-W/Al con...
The study describes the consequences of interdiffusione effects, compound formation and Schottky b...
Degradation of n-Si/PtSi/(Ti-W)/Al Schottky contacts was observed for thermal treatments at 500\u201...
The stability of metal layers on semiconductors is a key issue for the device electrical performance...
Scanning electron microscopy, microphobe measurements, Auger electron spectroscopy and X-ray diffrac...
An analysis of the possible failure modes of TTL-LS was carried out, with particular emphasis on lon...
The reliability of the A1/TiW/TiSiJSi structure is studied as a function of sintering temperature an...
Planar vertical interconnects and low resistivity track lines are stringent requirements for future ...
[[abstract]]High resolution TEM becomes more powerful when coupled with a Gatan imaging filler (GIF)...
International audienceThe long-term reliability of power devices for applications in the automotive ...
The power MOS transistors were tested with different diffusion barrier type used in metallization co...
A limiting factor for the long-term reliability of power MOSFET-based devices is the electro-thermal...
Wire bonding is still the dominating technology for realizing the first level contact of semiconduct...
In this work we investigate the correlation between the resistance behaviour and the mass transport ...