In this work critical process steps for NMOS transistor gate line width decrease are studied. These are the uniformity of etching process of the gate, lithography steps and spacer processing. These individual process steps were optimised for 0.6 -micrometer line width and the results were used for processing the NMOS transistors. The NMOS process was carried out with line widths of 1.0 and 1.2 micrometers. The results from critical process stages optimised for 0.6 -micrometer line width shows reproducible results. Measurement results from 1.0 and 1.2 µm transistor show that the process that was optimised for 0.6 -micrometer line widths implemented to NMOS process lead to functional components. By using the mask set designed for 0.6 -...
The continuous evolution of digital technology we enjoy today is the result of ever shrinking, faste...
Process simulation is particularly appropriate to produc-tion control in CMOS IC fabrication. The pr...
A CMOS process for fabricating 100 nm CMOS devices has been developed. The Leff = 100 nm NMOS and PM...
The purpose of this paper is to describe the design and the process used to fabricate NMOS devices. ...
This thesis explains the recipe module development for the first Long Channel NMOS transistor devic...
This paper analyzes and models the narrow width effect (NWE) observed in nMOS transistors fabricated...
This PhD work focuses on transistor MOS miniaturisation for leading the CMOS technology to ultimate ...
Throughout the progressive miniaturization in microelectronics the processing of integrated-circuit ...
This paper discusses in detail the effects of device dimensions and layout/design rules on the analo...
This paper discusses in detail the effects of device dimensions and layout/design rules on the analo...
A successful test layout for S-parameter analysis was demonstrated. Process characterization accompl...
This paper discusses in detail the effect of small geometries on the performance of NMOS transistors...
The development of a methodology to integrate design automation with the fabrication of very large s...
The current trend in scaling transistor gate length below 60 nm is posing great challenges both rela...
Our study involves the design, fabrication, and characterization of basic nMOS digital logic gates, ...
The continuous evolution of digital technology we enjoy today is the result of ever shrinking, faste...
Process simulation is particularly appropriate to produc-tion control in CMOS IC fabrication. The pr...
A CMOS process for fabricating 100 nm CMOS devices has been developed. The Leff = 100 nm NMOS and PM...
The purpose of this paper is to describe the design and the process used to fabricate NMOS devices. ...
This thesis explains the recipe module development for the first Long Channel NMOS transistor devic...
This paper analyzes and models the narrow width effect (NWE) observed in nMOS transistors fabricated...
This PhD work focuses on transistor MOS miniaturisation for leading the CMOS technology to ultimate ...
Throughout the progressive miniaturization in microelectronics the processing of integrated-circuit ...
This paper discusses in detail the effects of device dimensions and layout/design rules on the analo...
This paper discusses in detail the effects of device dimensions and layout/design rules on the analo...
A successful test layout for S-parameter analysis was demonstrated. Process characterization accompl...
This paper discusses in detail the effect of small geometries on the performance of NMOS transistors...
The development of a methodology to integrate design automation with the fabrication of very large s...
The current trend in scaling transistor gate length below 60 nm is posing great challenges both rela...
Our study involves the design, fabrication, and characterization of basic nMOS digital logic gates, ...
The continuous evolution of digital technology we enjoy today is the result of ever shrinking, faste...
Process simulation is particularly appropriate to produc-tion control in CMOS IC fabrication. The pr...
A CMOS process for fabricating 100 nm CMOS devices has been developed. The Leff = 100 nm NMOS and PM...