archive-fr.com » FR » S » SILVACO.FR

Total: 337

Choose link from "Titles, links and description words view":

Or switch to "Titles and links view".
  • SILVACO - Products - Hight Voltage
    marching waveforms and multi user schematic locking Standard BSIM3 BSIM3 Level 88 with 9 additional parameters Level 88 additional 9 parameters provide the following physical effects Self Heating Asymmetry and bias Vds dependence of external resistance Rds Dependence of mobility degradation on Vds Subthreshold slope and reverse short channel effect Dependence of Vsat on Vgs and Vbs Transconductance Gm reduction in saturation at high Vgs Bias dependent saturation velocity Asymmetry of all parasitics Diodes and Resistance Forward and reverse modes of operation LDMOS Surface Potential Based Compact Model Accurate SPICE Simulation of LDMOS devices without using macro models Philips MOS20 provides a high voltage based LDMOS compact model that includes physical effects for both channel region and drift under the gate LDMOS model is suitable to simulated lateral LDMOS Vertical Double diffused VDMOS as well as Extended drain EDMOS devices SmartSpice Analog Circuit Simulator 100 HSPICE compatible for netlists models analysis features and results Provides the most accurate circuit simulation results for critical analog designs 8x 12x faster than any true SPICE circuit simulator and the only SPICE supporting multiple threads for parallel operation Multiple solvers and stepping algorithms for robust convergence Largest collection of calibrated SPICE models for traditional technologies Bipolar CMOS and emerging technologies TFT SOI HBT FRAM etc Provides open model development environment and extensive analog behavioral capability with Verilog A option OASIS is not used for the current interface to Cadence Offers a novel transient non Monte Carlo method to simulate the transient noise in nonlinear dynamic circuits Lateral PNP transistor Cross Probing Interactive hierarchical cross probing of LVS discrepancy is clearly displayed Expert Layout Editor Seamlessly integrated with Gateway Schematic Editor for cross probing and netlist driven layout with parameterized cells Pcells using the LISA scripting language Easy to use for all skill levels online

    Original URL path: http://www.silvaco.fr/design_flows/ICDesignTools/highvoltage.html (2016-05-03)
    Open archived version from archive


  • Radiation Design Flow
    the generation of SEE current pulses from a 6 T 22nm SRAM structure created in Atlas Current I and Voltage V IV curves were generated and fitted into a custom SPICE model using Utmost IV for model extraction which was in turn fed to SmartSpice RadHard and Gateway schematics for radiation tolerant circuit design based on worst case device models created with Atlas Finally the schematics are passed to Expert layout and our Guardian verification packages for physical design The sign off process also incorporates Silvaco s parasitic extraction tools to ensure any changes to R and or C meet performance specifications Key Features of the Radiation Flow Simulation at the transistor level circuit level and chip level of Single Event Effects Total Dose Dose Rate and Combined Environments Full 3D process and device simluation to capture very precise charge generation re combination and transport Materials database in the TCAD tools supports almost any material system and allows for user defined materials Sophisticated Design of Experiment support with optimization algorithms powerful visualization and experimental design generation Foundry supported Process Design Kits PDK s from the world s foundries with our design verification tools Best in class parasitic extraction capabilities to

    Original URL path: http://www.silvaco.fr/design_flows/radiation_flow/radiation_flow.html (2016-05-03)
    Open archived version from archive

  • Presentation Materials - SPICE Model Extraction
    III Local Optimization Spice Modeling Software Spayn Brief Product Description Detailed Product Description Worst Case Modeling CORPORATE About Us News Management Partners Careers Conferences Goverment Programs Locations Contact Us Solutions Overview Display Power Reliability Optical Advanced Process Development Analog HSIO

    Original URL path: http://www.silvaco.fr/tech_lib_EDA/kbase/AMS/spiceModelExtraction.html (2016-05-03)
    Open archived version from archive

  • Utmost IV Examples
    MOS Models Rev 31515 Additional Info Application Notes Presentation Materials These examples are for reference only Every software package contains a full set of examples suitable for that version and are installed with the software If you see examples here that are not in your installation you should consider updating to a later version of the software CORPORATE About Us News Management Partners Careers Conferences Goverment Programs Locations Contact Us

    Original URL path: http://www.silvaco.fr/examples/utmost4/index.html (2016-05-03)
    Open archived version from archive

  • HiSIM Extraction Flow in Utmost IV
    SPICE models The bundled push button HiSIM extraction methodology supplied with Utmost IV can be easily customized by the end user to model difficult technologies Utmost IV HiSIM extraction flow Single scalable HiSIM model for a 90nm technology shows excellent fit LIB hisim2 MODEL n NMOS level 170 version 240 tnom 27 corsrd 0 corg 0 coiprv 1 copprv 1 coadov 1 coisub 0 coiigs 0 cogidl 1 coovlp 0 coflick 0 coisti 0 conqs 0 cothrml 0 coign 0 codfm 0 corbnet 0 vmax 1 6867e 06 bgtmp1 5e 05 bgtmp2 9 48365e 07 eg0 1 15327 tox 2 3e 09 xld 0 lover 3e 08 ddltmax 0 ddltslp 0 ddltict 10 vfbover 0 5 nover 0 xwd 0 xl 0 xw 0 saref 1e 06 sbref 1e 06 ll 0 lld 0 lln 0 wl 0 wl1 0 wl1p 1 wl2 2 13155e 08 wl2p 2 wld 0 wln 0 rsh 0 rshg 0 xqy1 0 xqy2 2 rs 0 rd 0 vfbc 1 00473 vbi 1 1 nsubc 1 14146e 17 parl2 1e 08 lp 1 5e 08 nsubp 3 79855e 18 nsubp0 0 nsubwp 1 scp1 0 scp2 0 1 scp3 1 43404e 08 sc1 0 sc2 2 77035 sc3 0 pgd1 0 pgd2 1 pgd3 0 8 pgd4 0 ndep 1 ndepl 0 ndeplp 1 ninv 0 5 muecb0 100 muecb1 27 2632 mueph0 0 257974 mueph1 30034 9 muephw 0 1 muepwp 0 24059 muephl 0 0280916 mueplp 1 muephs 3 81015e 05 muepsp 2 vtmp 0 wvth0 0 00281884 muesr0 1 98112 muesr1 3 07042e 14 muesrl 0 muesrw 0 00161676 mueswp 1 04214 mueslp 1 muetmp 2 bb 2 sub1 10 sub2 25 svgs 0 8 svbs 0 5 svbsl 0 svds 0 8 slg 3e 08 sub1l 0 0025 sub2l 2e

    Original URL path: http://www.silvaco.fr/products/analog_mixed_signal/device_characterization_SPICE_modeling/hisim/hisim_utmost4.html (2016-05-03)
    Open archived version from archive

  • SILVACO - Products - ATHENA - Process Simulation Framework
    Also functions in 1D as fast calibration platform Automatic switching from 1D to 2D mode Stress simulation including intrinsic doping lattice and thermal mismatch Physics based opto lithographic simulator for realistic photo resist mask shapes Benefits Allows optimization of existing processes and provides predictive scaling behavior Addresses challenges of novel technologies Reduces mask and prototyping foundry cost by replacing costly and time consuming experiments with quick and accurate simulation Reduces time to market for fabless houses through creation of virtual process based PDK prior to silicon Applications Front end of line FEOL to back end of line BEOL applications including Advanced CMOS SOI TFT LED OLED Power Silicon SiC GaN Optical CIS Solar cell Laser Athena 2D Modules SSuprem 4 2D Core Process Simulator SSuprem 4 is a 2D process simulator that is widely used in the semiconductor industry for design analysis and optimization of various fabrication technologies SSuprem4 accurately simulates all major process steps in modern technology by using a wide range of physical models for diffusion ion implantation oxidation etching deposition silicidation epitaxy and stress formation More Elite Advanced Physical Etching and Deposition Simulator Elite is an advanced 2D topography simulator for modeling physical etching deposition reflow and CMP planarization processes for modern semiconductor technologies Within the Athena framework Elite provides seamless bi directional integration with SSuprem4 and Optolith process simulators and contains an additional MC Deposit Etch module which provides several Monte Carlo based atomistic etching and deposition models More Optolith Advance 2D Optical Lithography Simulator Optolith is a powerful non planar 2D lithography simulator that models all aspects of modern deep sub micron lithography imaging exposure photoresist bake development and reflow Optolith provides a fast and accurate alternative to experimental evaluation of mask printability and process control Optolith simulates both projection imaging and proximity printing with

    Original URL path: http://www.silvaco.fr/products/tcad/process_simulation/athena/athena.html (2016-05-03)
    Open archived version from archive

  • Atlas - Device Simulation Framework
    The DC AC and time domain characteristics of a wide variety of silicon III V II VI and IV IV devices can be analyzed Device 3D accurately characterizes physics based devices for electrical optical and thermal performance without costly split lot experiments More Rev 042313 32 More about Atlas Brochure 5 1 Mb Training Materials Presentation Materials Examples Supported Platforms X Supported Platforms 2015 Baseline Enterprise 5 6 and 7

    Original URL path: http://www.silvaco.fr/products/tcad/device_simulation/3D_device_simulation.html (2016-05-03)
    Open archived version from archive

  • Atlas - Device Simulation Framework
    VCSELS can be simulated using Atlas Mode solver ray trace Transfer Matrix Method TMM Finite Difference Time Domain FDTD optical method are available A device structure plot of a micro lens CCD created with Athena The geometric ray trace data generated by Luminous is overlaid on the structure Geometric ray tracing capabilities enable the analysis of complex non planar structures for optimizing collection efficiency and reducing cross talk The photogeneration rate is calculated based on the local optical intensity provided by the ray tracing 3 dimensional raytrace for a particular color into a cell of an imaging array Application of finite difference time domain method to analyze the LED output coupling for photonic coupling devices such as photonic crystals and gratings Radiation Radiation effects such as Single Event Effects Single Event Upset Single Event Burnout Singlet Event Gate Rupture total dose and dose rate can be simulated in steady state AC and transient Definition of the SEU strikes incorporates generation of e h pairs as a function of time distance from the particle track center as well as distance from the particle entry point Entry and exit points are arbitrary and multiple particles strikes are supported Novel Devices Models for ferroelectric dielectric magnetic and ion transport allow novel devices to be characterized Simulated unsaturated ferroelectric polarization curves for different drain bias values Atlas Modules S Pisces 2D Silicon Device Simulator S Pisces is an advanced 2D device simulator for silicon based technologies that incorporates both drift diffusion and energy balance transport equations A large selection of physical models are available which include surface bulk mobility recombination impact ionization and tunneling models More Luminous 2D Optoelectric Device Simulator Luminous is an advanced device simulator specially designed to model light absorption and photogeneration in non planar semiconductor devices Exact solutions for general optical sources are obtained using geometric ray tracing More Organic Solar Organic Solar Cell and Photodetector Simulator Organic Solar module enables Atlas to simulate the electrical and optical properties of organic solar cell devices photodetectors and image sensors Organic Solar allows steady state transient and AC simulation of the electrical and optical behavior of photovoltaic organic devices The exciton densities diffusion generation recombination and dissociation characteristics can all be simulated More MixedMode Circuit Simulation for Advanced 2D Devices MixedMode is a circuit simulator that includes physically based devices in addition to compact analytical models Physically based devices are used when accurate compact models do not exist or when devices that play a critical role must be simulated with very high accuracy Physically based devices are placed in a SPICE netlist circuit description and may be simulated using any combination of Atlas 2D modules The MixedMode XL license enables MixedMode users to use an unlimited number of physical devices or compact model elements in their circuits More VCSEL Vertical Cavity Surface Emitting Laser Simulations VCSEL is used in conjunction with the Atlas framework to produce physically based simulations of vertical cavity surface emitting lasers VCSELs VCSEL joins sophisticated device simulation to

    Original URL path: http://www.silvaco.fr/products/tcad/device_simulation/atlas/atlas.html (2016-05-03)
    Open archived version from archive