BSIM3SOI Version 2.1 (FD, DD and PD) Models Released in SmartSpice
The Berkeley BSIM3SOI version 2.1 models, released in September 1999, have been implemented in SmartSpice. The three new models are selected according to LEVEL selector.
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The Berkeley BSIM3SOI version 2.1 models, released in September 1999, have been implemented in SmartSpice. The three new models are selected according to LEVEL selector.
Q: How can I cut exactly the same hole in many layers? A: There are at least two ways to do this. (1) You may use the command Tools>>Cut by Line as follows.
One of the main features of modern complex CAD systems consists in the ability to support the schematic capture function that provides a user with convenient design entry. In our opinion, a perfect schematic capture subsystem (SC) possesses the following features that differ it from other graphic intensive CAD tools such as layout editors:
A: Modeling of the increase in breakdown voltage at elevated temperatures requires a model to describe the temperature dependence of the impact ionization coefficients. In ATLAS there are two impact ionization models that include lattice temperature dependence. They are the Crowell-Sze model[1] called using the command IMPACT CROWELL and the Selberrherr Model[2] called using the command IMPACT SELB.
The recent advances in PC hardware capability in terms of memory and CPU floating point performance has allowed the possibility of running realistic sized ATHENA and ATLAS problems on PCs. The Fall 1999 release of PC-TCAD will include all the important features of the latest UNIX release. A product chart showing the modules available on PC is in Figure 1.
In order to simulate heterojunction devices accurately, both the thermionic emission and tunneling mechanisms must be considered when calculating transport across hetrojunctions. Drift-diffusion descriptions of carrier mobility are incomplete at abrupt heterointerfaces. New thermionic emission and tunneling models have been incorporated into ATLAS. This paper discusses the models and presents two examples of device simulation.
EXACT is a sophisticated interconnect characterization tool integrated into the DISCOVERY framework. It is designed to build the capacitance coefficient database required by any Layout Parasitic Extraction (LPE) tool. To calculate these coefficients accurately, an internal 3D process simulator creates test structures, such as shown in Figure 1. Then an integrated 3D field solver calculates the capacitance for each device layer and test structure combination. A simple internal script language then reformats the capacitance database so that it can be used with any chip level LPE tool.
The “Binning” routine in UTMOST III MOS module has been greatly enhanced. The bin models can be generated much faster and the routine requires less user interface.
Silvaco now offers the MOS31 JFET/MOSFET model originally developed by Philips [1] as part of the SmartLib product-independent model library. This model is available within SmartSpice as level 31.
Bulk CMOS is currently the dominant technology for VLSI integrated circuits but its scaling constraints pose ever greater as device geometries shrink. Thus, the search for a suitable replacement has begun, and Silicon-On-Insulator (SOI) technology seems to become the most attractive candidate for a suitable VLSI/CMOS technology.
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