A Platform for Compact Model Sharing!
|
|
|
- Joshua Randall
- 6 years ago
- Views:
Transcription
1 interactive Modeling and Online Simulation Platform A Platform for Compact Model Sharing! Hao Wang, Mansun Chan! Department of ECE, HKUST!
2 THE ROLE OF COMPACT MODELS! v Device à Models à Simulator à Applications Scaling MOSFET VBIC ACM USIM BSIM HiCUM Mextram HVEKV HiSIM PSP MM20 Eldo ADS APLAC Golden Gate HSIM Spectre Smash Nanosim HSPICE AMS Multi-Gate MOS Nanowire MOSFET
3 CURRENT MODELING INFRASTRUCTURE! Technologist Modelers Designers Applications Model 1 Model 2 Circuit Simulation Model 3 Experimental data, Parameter Extraction Coding, Testing, implementing to a simulator Implementation, Compiling, Evaluate Models, obtain parameters
4 STATUS OF PUBLISHED MODELS! v Some only describe a single quantity (like threshold voltage) rather than a complete model! v Some have implicit functions that require numerical solution! v Some models have discontinuities between different section of the characteristics! v Some have poorly behaved derivatives! v Some do not have charge and capacitance model! v Some do have an explicit parameter set! v Convergence issues of most models are not tested! v No follow-up after publication!
5 A REVOLUTIONARY DISTRIBUTION CONCEPT! v The App store has significantly shorten the distance between programmer and users since July 11, 2008! v Can we have an App store for compact models?!
6 AN APP STORE FOR COMPACT MODELING! Model extracted Foundry Design verified Model developer i-mos Circuit designer Simulator implementation EDA vendors Simulation flow verified v A project started in June 2011!
7 THE i-mos PROJECT! v It stands for interactive Modeling and Online Simulation! v Intended to be a social network for the compact modeling community including both developers or just users! v Provide a platform for model developers to distribute their models! v Provide a platform for users to evaluate models! v A place to discuss modeling related issues! v A source for updated modeling activities! v It runs under a user driven model with light moderation!
8 COMPONENTS OF i-mos! User Input Browser Interface User authentication Ngspice Simulation Engine Parameter Library Output to Users Simulation Instruction Graphic user interface Output Variables i-mos Platform
9 MODEL IMPLEMENTATION! qualification process currently done by hand registered as a model developer defining model pages with standard templates Submit model Verilog-A code Compilation with ADMS Model Verification model development server Internal qualification process Output to the i-mos system user execution and feedback i-mos server
10 THE NGSPICE ENGINE! v From de facto standard simulator SPICE! CANCER 70s SPICE1,2 SPICE3 80s SPICE3f5 90s Ngspice 00 s v Many standard device models have already been included! v It has a specific C interface! Hierarchy Model code mld.c, macld.c, mtemp.c Model setup m.c, mdel.c mset.c Model I/O mask.c, mpar.c mic.c
11 THE ADMS VERILOG-A COMPILER! v Verilog-A has become the standard modeling language! Ø Developer friendly! Ø Interpreted code has lower efficiency than C-code! Ø Widely used for new models! v ADMS! Ø Convert Verilog-A to C-code! Ø Partial derivation for Jacobian matrix! Ø Model/instance setup API! Ø Similar efficiency to hand code!
12 THE NGSPICE INTERFACE! <admst:text format="ifparm $(module)mptable[] = {\n"/> <admst:join select="variable[parametertype='model' and input='yes']" separator=",\n"> <admst:choose> <admst:when test="[type='real']"> <admst:value- of select="name"/> <admst:value- of select="name"/> <admst:value- of select="name"/> <admst:text format=" IOP("%s",$(module)_model_%s,IF_REAL,"%s")"/> </admst:when> <admst:when test="[type='integer']"> <admst:value- of select="name"/> <admst:value- of select="name"/> <admst:value- of select="name"/> <admst:text format=" IOP("%s",$(module)_model_%s,IF_INTEGER,"%s")"/> </admst:when> <admst:otherwise> <admst:fatal format="parameter of type 'string' not supported\n"/> </admst:otherwise> </admst:choose> ngspicemodule.c.xml </admst:join> <admst:text format="\n};\n"/> parameter real phisb = 0 from (- inf:inf) `P(info="Barrier Height"); parameter real rs = 0 from (- inf:inf) `P(info="Source Access resistance"); parameter real rd = 0 from (- inf:inf) `P(info="Drain Access resistance"); parameter real beta = 20 from (- inf:inf) `P(info="Drain coupling coefficient"); parameter real Cc = 7e- 12 from (- inf:inf) `P(info="Coupling capacitance"); parameter real mob = 1 from (- inf:inf) `P(info="Scattering parameters"); parameter real Csubfit = 1 from (- inf:inf) `P(info="Vfb adjustment parameter"); parameter real Cp = 0 from (- inf:inf) `P(info="Parasitic capacitance"); m.va Hierarchy m.c manalogfunction.c m.hxx mguesstopology.c Model code mld.c, macld.c, mtemp.c Model setup m.c, mdel.c mset.c Model I/O mask.c, mpar.c mic.c admsxml I(srcdir) I(srcdir)/admsva $(srcdir)/admsva/m.va e ngspicemoduletempale.xml v An authoring kit is being develop to automate the process!
13 BENEFITS TO MODEL USERS! v i-mos made many device models available for early access without the need of compilation and execution on a local machine! v Run simulations and do demonstrations anywhere! v Able to directly compare the completeness and performance of different models! v Uniform GUI with low learning barrier! v Come with standard parameters, benchmark, test circuits! v One stop service to model documents and modeling activities!
14 i-mos SIMULATION INTERFACE! v Users will be allowed to comment on models soon!
15 MODELING RESOURCES! v You are welcome to post your modeling activities on i-mos!
16 BENEFIT TO MODEL DEVELOPERS! v Provide a standard on the requirements of a model, including I- V, Q-V, first derivatives, continuity, smoothness etc.! v Provide a simple authoring tool to interface the model to a circuit simulation engine directly! v Provide a simple and standard user interface to distribute models to users! v Facilitate the user feedback process for model refinement and improvement! v Promote interaction between model developers and users through various channel of discussion!
17 MODELS IMPLEMENTED IN CURRENT SYSTEM! Device Type Group Availability Symmetric Double Gate MOSFET Silicon Nanowire Transistor HKUST/Peking University HKUST/Peking University Online Online AlGaN HEMT Tsinghua University Online CNT FET Arizona University Online CNT FET Stanford University In Progress Phase Change Memory HKUST In Progress v If you want your model to be included in i-mos, please let us know!
18 BENEFITS TO EDA VENDORS! v Provide early access to new device models! v Evaluate and compare models under the same platform using standard GUI! v Collect user feedback to obtain popularity of various models based on model rating! v Provide a platform to communicate with model developers! v Provide parameter extraction service for a given model from foundry data! v Gain access to parameter sets from various sources (either as transparent data or blackbox plugin)!
19 ISSUES TO RESOLVE! v Current version of ADMS only support a subset of Verilog-A syntax! Ø V(..) <+ xxx not supported! Ø I (..) probes not supported! Ø For loop not supported! //allowed in ADMS I (a,b) <+ V (a,b) ) / R; //not allowed in ADMS V(a,b) <+ I (a,b)*r; v XML script of ADMS poorly documented! v Human interface need for some time before all the tools are ready!
20 OTHER SERVICES TO BE LAUNCHED! v Automated Model Authoring kits! v Modeling rating and commenting! v Discussion group and professional networking! v Parameter extraction! v Standard parameter set! v Standard test results! v Online simulation (slightly longer term)! Ø Phase I, input by submitting netlist text file! Ø Phase II, complete circuit simulation GUI!
21 A QUICK PREVIEW OF THE UP COMING SERVICES! Pre-defined/saved parameters! (blackbox parameters allowed)! User comments User Comments! Modeling Rating! P1 P2 P3 P4 Upload data and extract parameters Upload Data and Extract Parameters! (depends on availability of extractor)! v If there is any service you think is useful to you, please let us know!
22 PLEASE TRY OUT OUR SERVICE! v Please visit the following site:! v You will be able to try out our service after a simple and free registration! v It is not perfect at present stage and we appreciate your tolerance!
23 THE i-mos TEAM! v Principle Investigator: Prof. Mansun Chan! v Project Manager: Dr. Hao Wang! v Research Students:! Ø Lining Zhang! Ø Xiaoxu Cheng! v Collaborators:! Ø Prof. Jin He, Peking University! Ø Prof. Philip Wong, Stanford University! Ø Prof. Yan Wang, Tsinghua University! Ø Prof. Yu Cao, Arizona State University! v Funding: Hong Kong UGC AoE/P-04/08!
24 THE BEGINNING! THANK YOU!!
Guidelines for Verilog-A Compact Model Coding
Guidelines for Verilog-A Compact Model Coding Gilles DEPEYROT, Frédéric POULLET, Benoît DUMAS DOLPHIN Integration Outline Dolphin EDA Solutions by Dolphin Overview of SMASH Context & Goals Verilog-A for
Tutorial: How to (and How NOT to) Write a Compact Model in Verilog-A
2004 IEEE Behavioral Modeling and Simulation Conference (BMAS2004) Tutorial: How to (and How NOT to) Write a Compact Model in Verilog-A Geoffrey Coram Analog Devices, Inc. athe World Leader in High Performance
Laurent Lemaitre (F)
Laurent Lemaitre www.noovela.com (F) General considerations about compact modeling a need for standardization Introduce compact modeling and SPICE3 kit SPICE3 kit using C language SPICE3 kit using Verilog-AMS
Model Builder Program (MBP) Complete Silicon Turnkey Device Modeling Software
Model Builder Program (MBP) Complete Silicon Turnkey Device Modeling Software Introduction Model Builder Program (MBP) is a complete modeling solution that integrates SPICE simulation, model parameter
Lecture 9. Introduction to Analog. Jaeha Kim Mixed-Signal IC and System Group (MICS) Seoul National University
Lecture 9. Introduction to Analog Behavioral Description Language Jaeha Kim Mixed-Signal IC and System Group (MICS) Seoul National University jaeha@ieee.org 1 Overview Readings Verilog-A Langauge Reference
Single Vendor Design Flow Solutions for Low Power Electronics
Single Vendor Design Flow Solutions for Low Power Electronics Pressure Points on EDA Vendors for Continuous Improvements To be the leader in low power electronics circuit design solutions, an EDA vendor
Compact Model Council
Compact Model Council Keith Green (TI) Chair Peter Lee (Elpida) Vice Chair 1 History and Purpose The CMC was formed in 1996 as a collaboration of foundries, fabless companies, IDMs and EDA vendors Foundry
What s new in IC-CAP 2009 Update 1
What s new in IC-CAP 2009 Update 1 Overview of the new features included in this release March 2010 Device Modeling Marketing Team Agilent EEsof EDA IC-CAP 2009 Update 1 Release Page 1 Doc Version 1.0
SmartSpice Analog Circuit Simulator Product Update. Yokohama, June 2004 Workshop
SmartSpice Analog Circuit Simulator Product Update Yokohama, June 2004 Workshop Agenda SmartSpice Products SmartSpice General Features SmartSpice New GUI SmartSpice New features Supported Models and Modeling
SmartSpice Verilog-A Interface. Behavioral and Structural Modeling Tool - Device Model Development
SmartSpice Verilog-A Interface Behavioral and Structural Modeling Tool - Device Model Development Verilog-A Models and Features Agenda Overview Design Capability Compact Modeling Verilog-A Inteface - 2
Parallel Circuit Simulation: How Good Can It Get? Andrei Vladimirescu
Parallel Circuit Simulation: How Good Can It Get? Andrei Vladimirescu Overview Opportunities for Full-Chip Analog Verification Analog vs. Digital Design SPICE standard design tool for Analog and Mixed-Signal
SMASH: a Verilog-A simulator for analog designers
SMASH: a Verilog-A simulator for analog designers Gilles DEPEYROT, Frédéric POULLET & Benoît DUMAS DOLPHIN Integration Outline Context & Goals Coding Guidelines Benchmark of Verilog-A vs. SPICE Progress
UOTFT: Universal Organic TFT Model for Circuit Design
UOTFT: Universal Organic TFT Model for Circuit Design S. Mijalković, D. Green, A. Nejim Silvaco Europe, St Ives, Cambridgeshire, UK A. Rankov, E. Smith, T. Kugler, C. Newsome, J. Halls Cambridge Display
THE DESIGNER'S GUIDE TO VERILOG-AMS First Edition June 2004
THE DESIGNER'S GUIDE TO VERILOG-AMS First Edition June 2004 KENNETH S. KUNDERT Cadence Design Systems OLAF ZINKE Cadence Design Systems k4 Kluwer Academic Publishers Boston/Dordrecht/London Chapter 1 Introduction
Release Options. Option 1 Verilog-A [MAST,?...) ==> advantages see separates slides/presentations
Release Options Release Options Goals: model code that runs on any commercial simulator flexible standard interface to ALL simulators (EDA industry failed to agree on this!!) automated generation of reliable,
FinFET Technology Understanding and Productizing a New Transistor A joint whitepaper from TSMC and Synopsys
White Paper FinFET Technology Understanding and Productizing a New Transistor A joint whitepaper from TSMC and Synopsys April, 2013 Authors Andy Biddle Galaxy Platform Marketing, Synopsys Inc. Jason S.T.
Utmost III. Device Characterization and Modeling
Utmost III Device Characterization and Modeling Utmost III generates accurate, high quality SPICE models for analog, mixed-signal and RF applications. Utmost III is in use worldwide by leading IDMs, foundries
THE DESIGNER S GUIDE TO VERILOG-AMS
THE DESIGNER S GUIDE TO VERILOG-AMS THE DESIGNER S GUIDE BOOK SERIES Consulting Editor Kenneth S. Kundert Books in the series: The Designer s Guide to Verilog-AMS ISBN: 1-00-80-1 The Designer s Guide to
BSIM3_Matlab: Reorganizing BSIM3 Model to Explore Circuit Simulation Techniques
BSIM3_Matlab: Reorganizing BSIM3 Model to Explore Circuit Simulation Techniques Shih-Hung Weng, Hao Zhuang and Chung-Kuan Cheng Computer Science and Engineering Department University of California, San
Some of the above changes have been made to accommodate Windows Vista User Access Control which write protects the Program Files tree.
RELEASE NOTES SIMETRIX 5.4 NOTES This document describes the new features and changes for version 5.4. L ICENSING If you have current maintenance, you should already have been issued with a license file
MOSFET Simulation Models
MOSFE Simulation Models Dr. David W. Graham West irginia University Lane Department of Computer Science and Electrical Engineering 010 David W. Graham 1 Rigorous Modeling Requires 3D modeling equations
Trends and Challenges
Trends and Challenges High accuracy is required in characterization, verification & signoff Increasing design complexities: -scale design ( ) using nano-scale technologies ( ) Shrinking design margins
Custom WaveView ADV Complete Transistor-Level Analysis and Debugging Environment
Datasheet Custom WaveView ADV Complete Transistor-Level Analysis and Debugging Environment Overview Custom WaveView ADV provides a complete transistorlevel analysis and debugging environment for pre-processing
Aurora. Device Characterization and Parameter Extraction System
SYSTEMS PRODUCTS LOGICAL PRODUCTS PHYSICAL IMPLEMENTATION SIMULATION AND ANALYSIS LIBRARIES TCAD Aurora DFM WorkBench Davinci Medici Raphael Raphael-NES Silicon Early Access TSUPREM-4 Taurus-Device Taurus-Lithography
QUCS Quite Universal Circuit Simulator
QUCS Quite Universal Circuit Simulator Overview and Status Guilherme Brondani Torri FOSDEM 2017 EDA Developer room Brussels, 04 February 2016 Qucs /kju:ks/ Overview Project background Features Status Development
A Simple Relaxation based Circuit Simulator for VLSI Circuits with Emerging Devices
A Simple Relaxation based Circuit Simulator for VLSI Circuits with Emerging Devices Balwinder Kumar, Yogesh Dilip Save, H. Narayanan, and Sachin B. Patkar Electrical Engineering Department, Indian Institute
Verilog-A Standardization for Compact Modeling
Verilog-A Standardization for Compact Modeling Marek Mierzwinski Santa Rosa, CA MOS-AK /GSA Workshop December, 2011 Washington, DC Outline A quick history Why Verilog-A has become the language of choice
Parag Choudhary Engineering Architect
Parag Choudhary Engineering Architect Agenda Overview of Design Trends & Designer Challenges PCB Virtual Prototyping in PSpice Simulator extensions for Models and Abstraction levels Examples of a coding
Synopsys Design Platform
Synopsys Design Platform Silicon Proven for FDSOI Swami Venkat, Senior Director, Marketing, Design Group September 26, 2017 2017 Synopsys, Inc. 1 Synopsys: Silicon to Software Software Application security
Mixed Signal Verification Transistor to SoC
Mixed Signal Verification Transistor to SoC Martin Vlach Chief Technologist AMS July 2014 Agenda AMS Verification Landscape Verification vs. Design Issues in AMS Verification Modeling Summary 2 AMS VERIFICATION
New Verilog A Model Compiler for SPICE 3F5
New Verilog A Model Compiler for SPICE 3F5 1 Introduction 2 Features 3 Development 4 Examples : 4 1 : Simple R C model 4 2 : Bipolar : HICUM models 4 3 : Mos : EKV 2.6 models 5 Remaining Works... 6 Other
Laker 3 Custom Design Tools
Datasheet Laker 3 Custom Design Tools Laker 3 Custom Design Tools The Laker 3 Custom Design Tools form a unified front-to-back environment for custom circuit design and layout. They deliver a complete
CPE/EE 427, CPE 527, VLSI Design I: Tutorial #2, Schematic Capture, DC Analysis, Transient Analysis (Inverter, NAND2)
CPE/EE 427, CPE 527, VLSI Design I: Tutorial #2, Schematic Capture, DC Analysis, Transient Analysis (Inverter, NAND2) Joel Wilder, Aleksandar Milenkovic, ECE Dept., The University of Alabama in Huntsville
A VARIETY OF ICS ARE POSSIBLE DESIGNING FPGAS & ASICS. APPLICATIONS MAY USE STANDARD ICs or FPGAs/ASICs FAB FOUNDRIES COST BILLIONS
architecture behavior of control is if left_paddle then n_state
SiMKit Release Notes. for SiMKit version 2.5. First Edition. NXP Semiconductors DMS/Tool and Flow Solutions
SiMKit Release Notes for SiMKit version 2.5 First Edition NXP Semiconductors DMS/Tool and Flow Solutions Eindhoven, April 2007 This document is provided without warranty of any kind, either expressed or
Compact Modeling for RF/Microwave Applications (CMRF 2005)
Presentation Notes of the 2005 Workshop on Compact Modeling for RF/Microwave Applications (CMRF 2005) Santa Barbara, California, USA October 12, 2005 Organized and sponsored by Delft Institute of Microelectronics
HIPEX Full-Chip Parasitic Extraction. Summer 2004 Status
HIPEX Full-Chip Parasitic Extraction Summer 2004 Status What is HIPEX? HIPEX Full-Chip Parasitic Extraction products perform 3D-accurate and 2D-fast extraction of parasitic capacitors and resistors from
FAQ for Autodesk A360 and its tiers A360 Team, A360 Drive and the Tech Preview
Autodesk A360 FAQ for Autodesk A360 and its tiers A360 Team, A360 Drive and the Tech Preview Table of contents 1. General product information 2 1.1 What is Autodesk A360? 2 1.2 What is Autodesk A360 Team?
Hipex Full-Chip Parasitic Extraction
What is Hipex? products perform 3D-accurate and 2D-fast extraction of parasitic capacitors and resistors from hierarchical layouts into hierarchical transistor-level netlists using nanometer process technology
FOSS/H Tools for Compact Modeling Technology - Devices - Applications. Wladek Grabinski MOS-AK Association (EU)
FOSS/H Tools for Compact Modeling Technology - Devices - Applications Wladek Grabinski MOS-AK Association (EU) www.mos-ak.org FOSS/H Tools for Compact Modeling Technology - Devices - Applications Outline
SOI REQUIRES BETTER THAN IR-DROP. F. Clément, CTO
SOI REQUIRES BETTER THAN IR-DROP F. Clément, CTO Content IR Drop Vs. System-level Interferences CWS Expertise Accuracy and Performance Silicon Validation Conclusion Copyright CWS 2004-2016 2 Sensitive
electronic lab 11 Fedora Electronic Lab empowers hardware engineers and universities with opensource solutions for micro nano electronics engineering.
The Fedora Project is out front for you, leading the advancement of free, open software and content. electronic lab 11 Community Leader in opensource EDA deployment Fedora Electronic Lab empowers hardware
SiMKit Release Notes. for SiMKit version 2.2. First Edition. Philips ED&T/Analogue Simulation
SiMKit Release Notes for SiMKit version 2.2 First Edition Philips ED&T/Analogue Simulation Eindhoven, July 2005 This document is provided without warranty of any kind, either expressed or implied, including,
01-1 Electronic Design Automation (EDA) The use of software to automate electronic (digital and analog) design.
01-1 Electronic Design Automation (EDA) 01-1 Electronic Design Automation (EDA): (Short Definition) The use of software to automate electronic (digital and analog) design. Electronic Design Automation
CADENCE VERILOG SIMULATION GUIDE AND TUTORIAL
page 1 / 5 page 2 / 5 cadence verilog simulation guide pdf 6 Verilog HDL Quick Reference Guide 4.8 Logic Values Verilog uses a 4 value logic system for modeling. There are two additional unknown logic
Will Silicon Proof Stay the Only Way to Verify Analog Circuits?
Will Silicon Proof Stay the Only Way to Verify Analog Circuits? Pierre Dautriche Jean-Paul Morin Advanced CMOS and analog. Embedded analog Embedded RF 0.5 um 0.18um 65nm 28nm FDSOI 0.25um 0.13um 45nm 1997
Compact Model Standardization and Implementation Using Verilog-A
Compact Model Standardization and Implementation Using Verilog-A Outline Motivation Compact Model Standardization Present, Status and Future Benefits Using Verilog-A Procedures and Tools Spice-LS Paragon
Ngspice: Recent progresses and future plans
Paolo Nenzi 1,2, Francesco Lannutti 1,2, Robert Larice 2, Holger Vogt 2, Dietmar Warning 2 1) DIET University of Roma Sapienza ; 2) Ngspice development team 11 th MOS-AK/GSA ESSDERC/ESSCIRC Workshop, September
Status Report IBIS 4.1 Macro Working Group
Status Report IBIS 4.1 Macro Working Group IBIS Open Forum Summit July 25, 2006 presented by Arpad Muranyi, Intel IBIS-Macro Working Group Intel - Arpad Muranyi Cadence Lance Wang, Ken Willis Cisco - Mike
PDK-Based Analog/Mixed-Signal/RF Design Flow 11/17/05
PDK-Based Analog/Mixed-Signal/RF Design Flow 11/17/05 Silvaco s What is a PDK? Which people build, use, and support PDKs? How do analog/mixed-signal/rf engineers use a PDK to design ICs? What is an analog/mixed-signal/rf
Custom Design Formal Equivalence Checking Based on Symbolic Simulation. Overview. Verification Scope. Create Verilog model. Behavioral Verilog
DATASHEET Custom Design Formal Equivalence Checking Based on Symbolic Simulation High-quality equivalence checking for full-custom designs Overview is an equivalence checker for full custom designs. It
A Unified Environment for Modeling Very Deep Submicron MOS Transistors inside Agilent s IC-CAP
A Unified Environment for Modeling Very Deep Submicron MOS Transistors inside Agilent s IC-CAP MIXDES 2002 Wroclaw, 20.-22. June 2002 Dr. Thomas Gneiting*, Prof. Dr.-Ing. Haybatolah Khakzar** * Advanced
TABLE OF CONTENTS 1.0 PURPOSE INTRODUCTION ESD CHECKS THROUGHOUT IC DESIGN FLOW... 2
TABLE OF CONTENTS 1.0 PURPOSE... 1 2.0 INTRODUCTION... 1 3.0 ESD CHECKS THROUGHOUT IC DESIGN FLOW... 2 3.1 PRODUCT DEFINITION PHASE... 3 3.2 CHIP ARCHITECTURE PHASE... 4 3.3 MODULE AND FULL IC DESIGN PHASE...
VCS AMS. Mixed-Signal Verification Solution. Overview. testing with transistor-level accuracy. Introduction. Performance. Multicore Technology
DATASHEET VCS AMS Mixed-Signal Verification Solution Scalable mixedsignal regression testing with transistor-level accuracy Overview The complexity of mixed-signal system-on-chip (SoC) designs is rapidly
Using Sonnet in a Cadence Virtuoso Design Flow
Using Sonnet in a Cadence Virtuoso Design Flow Purpose of this document: This document describes the Sonnet plug-in integration for the Cadence Virtuoso design flow, for silicon accurate EM modelling of
Statistical Modeling for Monte Carlo Simulation using Hspice
Statistical Modeling for Monte Carlo Simulation using Hspice Kerwin Khu Chartered Semiconductor Manufacturing Ltd khukerwin@charteredsemi.com ABSTRACT With today's stringent design margins, designers can
Linking a Simulation Model to a Schematic Component. Contents
Linking a Simulation Model to a Schematic Component Contents Model Conversion Creating the Schematic Component Adding the Link Configuring the Link Specifying Model Type Linking to a SPICE 3f5 Model The
VLSI ARCHITECTURE FOR NANO WIRE BASED ADVANCED ENCRYPTION STANDARD (AES) WITH THE EFFICIENT MULTIPLICATIVE INVERSE UNIT
VLSI ARCHITECTURE FOR NANO WIRE BASED ADVANCED ENCRYPTION STANDARD (AES) WITH THE EFFICIENT MULTIPLICATIVE INVERSE UNIT K.Sandyarani 1 and P. Nirmal Kumar 2 1 Research Scholar, Department of ECE, Sathyabama
Expert Layout Editor. Technical Description
Expert Layout Editor Technical Description Agenda Expert Layout Editor Overview General Layout Editing Features Technology File Setup Multi-user Project Library Setup Advanced Programmable Features Schematic
Harmony-AMS Analog/Mixed-Signal Simulator
Harmony-AMS Analog/Mixed-Signal Simulator Yokohama, June 2004 Workshop 7/15/04 Challenges for a True Single-Kernel A/MS Simulator Accurate partition of analog and digital circuit blocks Simple communication
OpenPDK Coalition. Open Process Specification Working Group Status
OpenPDK Coalition Open Process Specification Working Group Status Gilles NAMUR OPDKC TSG Chair June 6 th, 2011 PDK Development Flow Ecosystem Foundry 2 Foundry 1 Foundry 3 Set of PDK Inputs: DRM & Device
SECTION 10 EXCHANGE PROTOCOL
SECTION 10 EXCHANGE PROTOCOL The ADMS specification will facilitate the creation of a federation of disparate semantic asset repositories at the EU level. This federation will consist of Joinup setting
Integrated Simulation Solution for Advanced Power Devices
Integrated Simulation Solution for Advanced Power Devices Objectives of this Presenation Presentation of simulation results for non-silicon power device types SiC Based Power Devices GaN Based Power Devices
RTL LEVEL POWER OPTIMIZATION OF ETHERNET MEDIA ACCESS CONTROLLER
RTL LEVEL POWER OPTIMIZATION OF ETHERNET MEDIA ACCESS CONTROLLER V. Baskar 1 and K.V. Karthikeyan 2 1 VLSI Design, Sathyabama University, Chennai, India 2 Department of Electronics and Communication Engineering,
Introduction to VHDL. Module #5 Digilent Inc. Course
Introduction to VHDL Module #5 Digilent Inc. Course Background Availability of CAD tools in the early 70 s Picture-based schematic tools Text-based netlist tools Schematic tools dominated CAD through mid-1990
What s new in IC-CAP 2009?
What s new in IC-CAP 2009? Overview of the new features included in the upcoming release September 2009 Device Modeling Marketing Team Agilent EEsof EDA IC-CAP 2009 Release Page 1 Doc Version 1.4 Agenda
01 1 Electronic Design Automation (EDA) the correctness, testability, and compliance of a design is checked by software
01 1 Electronic Design Automation (EDA) 01 1 Electronic Design Automation (EDA): (Short Definition) The use of software to automate electronic (digital and analog) design. Electronic Design Automation
Altera Quartus II Synopsys Design Vision Tutorial
Altera Quartus II Synopsys Design Vision Tutorial Part III ECE 465 (Digital Systems Design) ECE Department, UIC Instructor: Prof. Shantanu Dutt Prepared by: Xiuyan Zhang, Ouwen Shi In tutorial part II,
Abbas El Gamal. Joint work with: Mingjie Lin, Yi-Chang Lu, Simon Wong Work partially supported by DARPA 3D-IC program. Stanford University
Abbas El Gamal Joint work with: Mingjie Lin, Yi-Chang Lu, Simon Wong Work partially supported by DARPA 3D-IC program Stanford University Chip stacking Vertical interconnect density < 20/mm Wafer Stacking
Linking a Simulation Model to a Schematic Component
Linking a Simulation Model to a Schematic Component Old Content - visit altium.com/documentation Modified by on 13-Sep-2017 Altium Designer provides a powerful mixed-signal circuit simulator, enabling
SysML Past, Present, and Future. J.D. Baker Sparx Systems Ambassador Sparx Systems Pty Ltd
SysML Past, Present, and Future J.D. Baker Sparx Systems Ambassador Sparx Systems Pty Ltd A Specification Produced by the OMG Process SysML 1.0 SysML 1.1 Etc. RFI optional Issued by Task Forces RFI responses
WEBCON BPS New features and improvements
New features and improvements 00 CONTENTS 1. Form rules engine complex form behavior made easy... 4 2. Further development of the business rules engine... 7 2.1. New operators... 7 2.2. Ergonomic improvements
Dr. Ajoy Bose. SoC Realization Building a Bridge to New Markets and Renewed Growth. Chairman, President & CEO Atrenta Inc.
SoC Realization Building a Bridge to New Markets and Renewed Growth Dr. Ajoy Bose Chairman, President & CEO Atrenta Inc. October 20, 2011 2011 Atrenta Inc. SoCs Are Driving Electronic Product Innovation
Compact Modeling for PV and Aging Effects. Correlated PV and Aging corner models. ESE MOS-AK Rome. a leap ahead. in Compact Modeling
Compact Modeling for PV and Aging Effects Correlated PV and Aging corner models ESE MOS-AK Rome a leap ahead in Compact Modeling This work is funded by: Granted Medea+ Project Motivation General constraint
Qucs-S a maturing GPL software package for circuit simulation and compact modelling of current and emerging technology devices
Qucs-S a maturing GPL software package for circuit simulation and compact modelling of current and emerging technology devices Mike Brinson 1, mbrin72043@yahoo.co.uk. Vadim Kuznetsov 2, ra3xdh@gmail.com
VLSI Test Technology and Reliability (ET4076)
VLSI Test Technology and Reliability (ET4076) Lecture 4(part 2) Testability Measurements (Chapter 6) Said Hamdioui Computer Engineering Lab Delft University of Technology 2009-2010 1 Previous lecture What
SYSTEM OF PREVIEW AND DETECTION BASED ON NETWORK VIRTUAL EXPERIMENT
SYSTEM OF PREVIEW AND DETECTION BASED ON NETWORK VIRTUAL EXPERIMENT 1 BANGLI SHI, 2 YI YANG, 3 PENG XU 1,3 Lecturer, 2 Assoc. Prof., College of Electronic Information and Automation, Chongqing University
ECE/CS Computer Design Lab
ECE/CS 3710 Computer Design Lab Ken Stevens Fall 2009 ECE/CS 3710 Computer Design Lab Tue & Thu 3:40pm 5:00pm Lectures in WEB 110, Labs in MEB 3133 (DSL) Instructor: Ken Stevens MEB 4506 Office Hours:
Standard 1 The student will author web pages using the HyperText Markup Language (HTML)
I. Course Title Web Application Development II. Course Description Students develop software solutions by building web apps. Technologies may include a back-end SQL database, web programming in PHP and/or
BOOST YOUR DESIGNS TO A NEW LEVEL OF ACCURACY AND CONFIDENCE WITH VERILOG-A
BOOST YOUR DESIGNS TO A NEW LEVEL OF ACCURACY AND CONFIDENCE WITH VERILOG-A NICOLAS WILLIAMS, PRODUCT MARKETING MANAGER, MENTOR GRAPHICS JEFF MILLER, PRODUCT MARKETING MANAGER, MENTOR GRAPHICS A M S D
Introduction to CCV and Cadence Virtuoso for Electronic Circuit Simulation
Introduction to CCV and Cadence Virtuoso for Electronic Circuit Simulation Introduction ENGN1600 will be using the Cadence Virtuoso software suite for its circuit design and SPICE components. Part of the
ECE 546 HOMEWORK No 10 Due Thursday, April 19, yes last
ECE 546 HOMEWORK No 10 Due Thursday, April 19, 2018 In this homework you will extract the pulse response of the given channel, extract the decision feedback equalization (DFE) coefficients to equalize
Notes for simulating digital circuits with ELDO Input files used by ELDO, Transistor Scaling, Forces, and Plotting rev 2 DA-IC and ELDO Files
Notes for simulating digital circuits with ELDO Input files used by ELDO, Transistor Scaling, Forces, and Plotting rev 2 DA-IC and ELDO Files Two files are used as input to ELDO: design_name.cir and design_name.spi
Electronic Design Automation Prof. Indranil Sengupta Department of Computer Science and Engineering Indian Institute of Technology, Kharagpur
Electronic Design Automation Prof. Indranil Sengupta Department of Computer Science and Engineering Indian Institute of Technology, Kharagpur Lecture No #1 Introduction So electronic design automation,
High-Level Information Interface
High-Level Information Interface Deliverable Report: SRC task 1875.001 - Jan 31, 2011 Task Title: Exploiting Synergy of Synthesis and Verification Task Leaders: Robert K. Brayton and Alan Mishchenko Univ.
New Models into SPICE ****************************
New Models into SPICE **************************** Using an Improved Advanced Verilog A Model compiler for SPICE 3F5 ( 2007 : directly from Compiler, does as Built-In C models ) 1- New features of the
Understanding and Using Metadata in ArcGIS. Adam Martin Marten Hogeweg Aleta Vienneau
Understanding and Using Metadata in ArcGIS Adam Martin Marten Hogeweg Aleta Vienneau Adam Martin National Government Account Management R&D Open Data Marten Hogeweg National Government Professional Services
The Life of SPICE. Laurence W. Nagel Omega Enterprises Randolph, NJ 1/15/2004 1
The Life of SPICE Laurence W. Nagel Omega Enterprises Randolph, NJ 1/15/2004 1 IC Technology Changes in the Last 30 Years Design rules in tens of mils Masks from rubylith Chips with tens of transistors
Computer Networks as Human System Interface
Computer Networks as Human System Interface Nam Pham 1, Bogdan M. Wilamowski 2, A. Malinowski 3 1 2 Electrical and Computer Engineering, Auburn University, Alabama, USA 3 Electrical and Computer Engineering,
PRONTO Ultimum: Ultrathin Chips Embedded in Flexible Packages Thomas Gneiting, AdMOS GmbH
PRONTO Ultimum: Ultrathin Chips Embedded in Flexible Packages Thomas Gneiting, AdMOS GmbH CST European User Conference 2013 April 23 25, 2013 Maritim Hotel Stuttgart/Liederhalle, Stuttgart, Germany Dr.
IMPLEMENTATION OF HIERARCHICAL PREDECODER/DECODER STRUCTURE IN OPENRAM OPENSOURCE MEMORY COMPILER MANJU KIRAN SUBBARAYAPPA
IMPLEMENTATION OF HIERARCHICAL PREDECODER/DECODER STRUCTURE IN OPENRAM OPENSOURCE MEMORY COMPILER By MANJU KIRAN SUBBARAYAPPA Bachelor of Engineering in Electronics and Communication, Sir M Visveswaraya
Choosing an Intellectual Property Core
Choosing an Intellectual Property Core MIPS Technologies, Inc. June 2002 One of the most important product development decisions facing SOC designers today is choosing an intellectual property (IP) core.
Hardware Design Environments. Dr. Mahdi Abbasi Computer Engineering Department Bu-Ali Sina University
Hardware Design Environments Dr. Mahdi Abbasi Computer Engineering Department Bu-Ali Sina University Outline Welcome to COE 405 Digital System Design Design Domains and Levels of Abstractions Synthesis
TSBCD025 High Voltage 0.25 mm BCDMOS
TSBCD025 High Voltage 0.25 mm BCDMOS TSI Semiconductors' 0.25 mm process is a feature rich platform with best in class CMOS, LDMOS, and BiPolar devices. The BCD technology enables logic, Mixed-Signal,
Design Compiler Graphical Create a Better Starting Point for Faster Physical Implementation
Datasheet Create a Better Starting Point for Faster Physical Implementation Overview Continuing the trend of delivering innovative synthesis technology, Design Compiler Graphical streamlines the flow for
TERMS OF REFERENCE Design and website development UNDG Website
TERMS OF REFERENCE Design and website development UNDG Website BACKGROUND The United Nations Development Coordination and Operations Office (UN DOCO) launched a new website in 2015 to ensure accessibility
AMS Behavioral Modeling
CHAPTER 3 AMS Behavioral Modeling Ronald S. Vogelsong, Ph.D. Overview Analog designers have for many decades developed their design using a Bottom-Up design flow. First, they would gain the necessary understanding
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Increasing dependence of the functionality
Analysis on Resistive Random Access Memory (RRAM) 1S1R Array Zizhen Jiang I. Introduction Lorem ipsum dolor sit amet, consectetur adipiscing elit. Increasing dependence of the functionality and performance
FDD Process #1: Develop an Overall Model
FDD Process #1: Develop an Overall Model A initial project-wide activity with domain and development members under the guidance of an experienced object modeller in the role of Chief Architect. A high-level
Using Drupal to create a digital patient education experience at Memorial Sloan Kettering Cancer Center (MSK)
Using Drupal to create a digital patient education experience at Memorial Sloan Kettering Cancer Center (MSK) Kermitt Ramirez Jacob Rockowitz www.mskcc.org/pe About Us Kermitt Ramirez @silentkerm Web Specialist