This paper presents the development, fabrication, and testing of a new 6” Metal Gate PMOS process. The new 6-inch Metal Gate PMOS process is an upgrade from the 4-inch Metal Gate PMOS process, which is the process currently used at RIT for the IC Technology course as ivell as the Short Course. The upgrades include the use of 6-inch wafers from 4-inch wafers, four levels per mask lithography instead of one level per mask lithography, ion implant instead of spin on dopant, and the number of control wafers was reduced from five wafers to three wafers. Development and fabrication of the 6-inch Metal Gate PMOS process are discussed, as well as the testing of the devices on the chip. The overall process was determined to be successful, yielding w...
The motivation in creation of the Strongarm process flow was to create a robust “enabling” process t...
This project was an investigation into transistor development in areas of implanted wells and source...
Polycrystalline Si1-xGex (poly Si-Ge) was explored as a process compatible alternative gate material...
In this investigation, efforts have been made to move the Microelectronic Engineering Program at Roc...
Zirconium oxide, a high-k gate dielectric, and molybdenum, a refractory metal, were successfully int...
A nine stage PMOS ring oscillator was designed using polysilicon gates for a self-aligning process w...
The purpose of this paper is to describe the design and the process used to fabricate NMOS devices. ...
The development and implementation of a metal gate technology (alloy, compound, or silicide) into me...
Metal gate CMOS capacitors were formed using a metal interdiffusion process at RIT. First silicon di...
Our study involves the design, fabrication, and characterization of basic nMOS digital logic gates, ...
The design of a five micron, polysilicon gate, CMOS process is discussed. A p-well approach was used...
A well understanding of basic structure of Double Diffused Metal Oxide Semiconductor (DMOS) and the ...
A majority of new integrated circuit designs are being fabricated in CMOS technology which uses both...
This Thesis describes the application of high resolution electron beam lithography and dry etching t...
The editors (of North Carolina State U., Qualcomm MEMS Technologies, and Mattson Technology Inc. in ...
The motivation in creation of the Strongarm process flow was to create a robust “enabling” process t...
This project was an investigation into transistor development in areas of implanted wells and source...
Polycrystalline Si1-xGex (poly Si-Ge) was explored as a process compatible alternative gate material...
In this investigation, efforts have been made to move the Microelectronic Engineering Program at Roc...
Zirconium oxide, a high-k gate dielectric, and molybdenum, a refractory metal, were successfully int...
A nine stage PMOS ring oscillator was designed using polysilicon gates for a self-aligning process w...
The purpose of this paper is to describe the design and the process used to fabricate NMOS devices. ...
The development and implementation of a metal gate technology (alloy, compound, or silicide) into me...
Metal gate CMOS capacitors were formed using a metal interdiffusion process at RIT. First silicon di...
Our study involves the design, fabrication, and characterization of basic nMOS digital logic gates, ...
The design of a five micron, polysilicon gate, CMOS process is discussed. A p-well approach was used...
A well understanding of basic structure of Double Diffused Metal Oxide Semiconductor (DMOS) and the ...
A majority of new integrated circuit designs are being fabricated in CMOS technology which uses both...
This Thesis describes the application of high resolution electron beam lithography and dry etching t...
The editors (of North Carolina State U., Qualcomm MEMS Technologies, and Mattson Technology Inc. in ...
The motivation in creation of the Strongarm process flow was to create a robust “enabling” process t...
This project was an investigation into transistor development in areas of implanted wells and source...
Polycrystalline Si1-xGex (poly Si-Ge) was explored as a process compatible alternative gate material...