This paper provides an overview of the issues associated with parasitic surface conduction (PSC) in oxidized high resistivity (HR) Si wafers, such as HR SOI, in which PSC is related to the presence of free carriers at the substrate surface. Most of these issues are suppressed when the substrate surface is passivated with a trap-rich layer of material, such as polysilicon. A technique to fabricate substrate-passivated HR SOI wafer is presented, where the wafers are obtained by bonding a polysilicon-passivated HR Si substrate with an oxidized donor substrate. Preliminary encouraging bonding test results are presented
This paper describes low-frequency measurements and comparative analysis of methods used for surface...
For the last five years the semiconductor industry has evolved from a quest to get more logic and co...
Diverse RF passive devices and microelectro- mechanical systems (MEMS) can be monolithically integra...
High resistivity (HR) silicon wafers are promising candidates for RF applications due, mainly, to th...
In this paper, we investigate the impact of a passivation layer on the performance of a commercial h...
In this work, we investigate the impact of distinctly processed trap-rich layers of polysilicon inse...
For planar RF structures made on oxidized High Resistivity (HR) Si substrates, it is fundamental to ...
We propose in this letter a new passivation method to get rid of parasitic surface conduction in oxi...
As CMOS technology continues to scale down, allowing operation in the GHz range, it provides the opp...
Substrate crosstalk and RF losses in HR-SOI, and the introduction of a stabilized polysilicon layer ...
This work addresses the issue of parasitic conduction at the substrate surface in high resistivity (...
High Resistivity (HR) Si substrates with resistivity values higher than 3 kΩ.cm have been demonstrat...
HR-SOI technology is currently addressing mobile challenges allowing heterogeneous integration on a ...
In this work 3 different types of UNIBOND Silicon-on-Insulator 5SOI) wafers including one standard a...
In this paper, GlobalFoundries’ 22 nm FD-SOI process was run on standard and high-resistivity wafers...
This paper describes low-frequency measurements and comparative analysis of methods used for surface...
For the last five years the semiconductor industry has evolved from a quest to get more logic and co...
Diverse RF passive devices and microelectro- mechanical systems (MEMS) can be monolithically integra...
High resistivity (HR) silicon wafers are promising candidates for RF applications due, mainly, to th...
In this paper, we investigate the impact of a passivation layer on the performance of a commercial h...
In this work, we investigate the impact of distinctly processed trap-rich layers of polysilicon inse...
For planar RF structures made on oxidized High Resistivity (HR) Si substrates, it is fundamental to ...
We propose in this letter a new passivation method to get rid of parasitic surface conduction in oxi...
As CMOS technology continues to scale down, allowing operation in the GHz range, it provides the opp...
Substrate crosstalk and RF losses in HR-SOI, and the introduction of a stabilized polysilicon layer ...
This work addresses the issue of parasitic conduction at the substrate surface in high resistivity (...
High Resistivity (HR) Si substrates with resistivity values higher than 3 kΩ.cm have been demonstrat...
HR-SOI technology is currently addressing mobile challenges allowing heterogeneous integration on a ...
In this work 3 different types of UNIBOND Silicon-on-Insulator 5SOI) wafers including one standard a...
In this paper, GlobalFoundries’ 22 nm FD-SOI process was run on standard and high-resistivity wafers...
This paper describes low-frequency measurements and comparative analysis of methods used for surface...
For the last five years the semiconductor industry has evolved from a quest to get more logic and co...
Diverse RF passive devices and microelectro- mechanical systems (MEMS) can be monolithically integra...