Results 181 to 190 of about 11,517 (220)
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Semiconductor Industry and TCAD
2011Technological advances in the past few decades have taken place at a breakneck pace. From the now-ubiquituous smartphone to new technologies like the Apple iPad™ and 3D TV, new ideas continue to change our daily lives and innovation shows no signs of slowing down.
Simon Li, Yue Fu
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Linking TCAD to EDA---benefits and issues
Proceedings of the 28th conference on ACM/IEEE design automation conference - DAC '91, 1991This paper shows the benefits of a tighter coupling between Technology CAD and Electronic Design Au tomati on (EDA) for the design of high speed digi tal and analog circuits, for the design of more man ufacturable systems with improved reliability, and for future technology and circuit development.
Goodwin R. Chin +5 more
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The application of TCAD in industry
1996 International Conference on Simulation of Semiconductor Processes and Devices. SISPAD '96 (IEEE Cat. No.96TH8095), 2005The key to making use of TCAD in industry is matching available capabilities to specific applications to multiply information from available experimental wafers. The art of using such partial capabilities is the focus of this paper. The following sections will describe applications of TCAD in four areas: technology selection, process optimization ...
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IEEE Microwave Magazine, 2012
The semiconductor industry faces two types of complexity. One is associated with generating and managing large amounts of data that define physical layouts. The other is associated with the nonlinear behaviors of semiconductor processes, devices, and circuits.
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The semiconductor industry faces two types of complexity. One is associated with generating and managing large amounts of data that define physical layouts. The other is associated with the nonlinear behaviors of semiconductor processes, devices, and circuits.
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1998
The equipment for the fabrication of semiconductor devices has become sophisticated and thus, the field of competition of the technologies considered up to now has changed. The author analyzes the causes of the changes in the competition fields and a solution is proposed from the view point of the TCAD technology.
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The equipment for the fabrication of semiconductor devices has become sophisticated and thus, the field of competition of the technologies considered up to now has changed. The author analyzes the causes of the changes in the competition fields and a solution is proposed from the view point of the TCAD technology.
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1998
The Semiconductor Research Corporation (SRC) is a consortium that manages IC manufacturing related research. The membership consists of IC manufacturing companies, their suppliers, and a number of affliated companies. Most of the research is conducted at US universities.
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The Semiconductor Research Corporation (SRC) is a consortium that manages IC manufacturing related research. The membership consists of IC manufacturing companies, their suppliers, and a number of affliated companies. Most of the research is conducted at US universities.
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2007
Today much of the development of semiconductor devices and processes is done by TCAD as it offers unique possibilities in visualisation of processing steps, description of the physical changes and understanding of the interrelation of the process variables. Modelling of processes provides a way to interactively explore the fabrication process, studying
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Today much of the development of semiconductor devices and processes is done by TCAD as it offers unique possibilities in visualisation of processing steps, description of the physical changes and understanding of the interrelation of the process variables. Modelling of processes provides a way to interactively explore the fabrication process, studying
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The Application of GaAs TCAD in Industry
MRS Proceedings, 1997ABSTRACTThe implementation and application of GaAs technology CAD for industrial research and development are described. Existing silicon-oriented software was modified extensively to make it applicable to the simulation of GaAs processes and devices.
P. A. Blakey +4 more
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TCAD Challenges in the Nanotechnology Era
2005 International Conference On Simulation of Semiconductor Processes and Devices, 2005TCAD process and device modeling has become an essential component of advanced technology development, delivering physical insight into processes and device operation and enabling development and optimization of technology flows. This paper highlights emerging challenges in extending these capabilities into the nanotechnology era, and the opportunities
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2014
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