Powerful Products for Communications Power Supply Development Electrical and Mechanical Simulation Missing Links Lorenzo Cividino.

Slides:



Advertisements
Similar presentations
Integration of MBSE and Virtual Engineering for Detailed Design
Advertisements

C1 - The Impact of CAD on the Design Process.  Consider CAD drawing, 2D, 3D, rendering and different types of modelling.
SINTEF Energy Research 1 KMB Power Systems project: Objectives and preliminary results Presentation March 2009 Petromaks KMB: Electric power systems for.
WATERLOO ELECTRICAL AND COMPUTER ENGINEERING 60s: Power Engineering 1 WATERLOO ELECTRICAL AND COMPUTER ENGINEERING 60s Power Engineering Department of.
Supporting Design Managing complexity of designing Expressing ideas Testing ideas Quality assurance.
University of Southern California Center for Systems and Software Engineering ©USC-CSSE1 3/18/08 (Systems and) Software Process Dynamics Ray Madachy USC.
ME457 Mechatronic System Modeling MICHIGAN STATE UNIVERSITY ME457: Mechatronic System Modeling and Simulation Prof. R. C. Rosenberg Your objective: domination!
Logic Design Outline –Logic Design –Schematic Capture –Logic Simulation –Logic Synthesis –Technology Mapping –Logic Verification Goal –Understand logic.
©TheMcGraw-Hill Companies, Inc. Permission required for reproduction or display. COMPSCI 125 Introduction to Computer Science I.
The Waterfall Model A Case Study
Charles Kime & Thomas Kaminski © 2008 Pearson Education, Inc. (Hyperlinks are active in View Show mode) Chapter 3 – Combinational Logic Design Part 1 –
Encapsulation of engine bay for active thermal control and lower noise emissions Abstract: The project aims to study the effect of encapsulating the engine.
1 Case Study: Starting the Student Registration System Chapter 3.
What is adaptive web technology?  There is an increasingly large demand for software systems which are able to operate effectively in dynamic environments.
Technion – Israel Institute of Technology Department of Electrical Engineering High Speed Digital Systems Lab Written by: Haim Natan Benny Pano Supervisor:
1 Chapter 7 Design Implementation. 2 Overview 3 Main Steps of an FPGA Design ’ s Implementation Design architecture Defining the structure, interface.
Combinational Logic Design
Introduction to Software Design Chapter 1. Chapter 1: Introduction to Software Design2 Chapter Objectives To become familiar with the software challenge.
Picture Users Making Art Chat An interactive communication tool.
MEG 361 CAD Dr. Mostafa S. Hbib. Components of CAD/CAM/CAE Hardware and software enable interactive shape manipulation.
Peripheral Interpreter consisting of Analyzers 'N Operators
CASE Tools And Their Effect On Software Quality Peter Geddis – pxg07u.
Information Integration in Construction. Construction information In construction, architects, engineers, planners, contractors, facility managers....
CS 501: Software Engineering Fall 1999 Lecture 16 Verification and Validation.
CIT UPES | Sept 2013 | Unified Modeling Language - UML.
Mantychore Oct 2010 WP 7 Andrew Mackarel. Agenda 1. Scope of the WP 2. Mm distribution 3. The WP plan 4. Objectives 5. Deliverables 6. Deadlines 7. Partners.
© 2007 Pearson Education, Inc. Publishing as Pearson Addison-Wesley 1 A Discipline of Software Design.
Multimedia Teaching Tool SimArch V1.0 Faculty of Electronic Engineering University of Nis Serbia.
Computer Architecture and Organization Introduction.
1 Chapter 8: Procedure of Time-Domain Harmonics Modeling and Simulation Contributors: C. J. Hatziadoniu, W. Xu, and G. W. Chang Organized by Task Force.
ITER – Interlocks Luis Fernandez December 2014 Central Interlock System CIS v0.
Final Year Project Interim Presentation Software Visualisation and Comparison Tool Presented By : Shane Lillis, , 4th Year Computer Engineering.
 Chapter 6 Architecture 1. What is Architecture?  Overall Structure of system  First Stage in Design process 2.
Product Development Chapter 6. Definitions needed: Verification: The process of evaluating compliance to regulations, standards, or specifications.
A New Method For Developing IBIS-AMI Models
Implementation support z programming tools y levels of services for programmers z windowing systems y core support for separate and simultaneous user-system.
© 2012 xtUML.org Bill Chown – Mentor Graphics Model Driven Engineering.
What is Modeling?. Simplifying Complex Phenomena v We live in a complex world v Most of the scientific relationships we study are very complex v Understanding.
1 Introduction to Software Engineering Lecture 1.
Charles Kime & Thomas Kaminski © 2008 Pearson Education, Inc. (Hyperlinks are active in View Show mode) Chapter 3 – Combinational Logic Design Part 1 –
Introduction to Software Development. Systems Life Cycle Analysis  Collect and examine data  Analyze current system and data flow Design  Plan your.
Recuperação de Informação B Cap. 10: User Interfaces and Visualization , , 10.9 November 29, 1999.
Foundations of Technology The Systems Model
Design and Implementation of a Rationale-Based Analysis Tool (RAT) Diploma thesis from Timo Wolf Design and Realization of a Tool for Linking Source Code.
1 V&V Needs for NextGen of 2025 and Beyond A JPDO Perspective Maureen Keegan JPDO Integration Manager October 13, 2010.
MODEL-BASED SOFTWARE ARCHITECTURES.  Models of software are used in an increasing number of projects to handle the complexity of application domains.
Software Engineering1  Verification: The software should conform to its specification  Validation: The software should do what the user really requires.
Lecture Objectives: Discuss exam questions
CS223: Software Engineering
Power Analyzer Option History of Power Analysis Software  Strong history of power analysis going back to late 1990’s  Software evolved.
Bringing together leading research institutions to advance electric ship concepts. Bringing together leading research institutions to advance.
Compel20001 The Power of SABER Simulation Tools for Power Design Steve Chwirka Compel2000.
An Introduction to UML COMS 103 section 4 11 January, 1999.
School of Information Technology & Electrical Engineering Innovation Expo Embedded Systems Simulator James McGill – Peter Sutton Motivation To develop.
Contextual Snapshots: Enriched Visualization with Interactive Spatial Annotations Peter Mindek 1, Stefan Bruckner 2,1 and M. Eduard Gröller 1 1 Institute.
A theory of reverse engineering N.Y. Louis Lee (1) & P.N. Johnson-Laird (2) (1)Department of Educational Psychology, Faculty of Education, The Chinese.
Kinetic Energy Recovery System (KERS)
ASIC Design Methodology
Current Generation Hypervisor Type 1 Type 2.
PLC Terminology and Application
Unified Modeling Language
Lecture Objectives: Discuss exam questions
J. Michael, M. Shing M. Miklaski, J. Babbitt Naval Postgraduate School
Software Requirements
Structured Modeling of Mechatronic Systems in which you meet the modest but talented multiport component.
ME 481 Engineering Modeling
Chapter 3 – Combinational Logic Design
ME457: Mechatronic System Modeling and Simulation
Banking Business challenge
Presentation transcript:

Powerful Products for Communications Power Supply Development Electrical and Mechanical Simulation Missing Links Lorenzo Cividino

Powerful Products for Communications Our Objectives for Electrical Simulation Design Verification Testing –of production schematic –results in 48 hours (schematic complete to results available) Requires simulation tests –total CPU time for tests should be under 6 hours

Powerful Products for Communications Implications for Electrical Simulation Must be able to manage circuit and simulation complexity –Must be able to extract relevant portions of production schematic for each test –Must be able to optimally model critical components for accuracy and CPU time These application specific simulation requirements require a new simulation architecture

Powerful Products for Communications New Circuit simulation architecture Schematic Capture graphical representation of interconnect display of highlighted components back annotation of selected attributes (value, part number, etc.) Simulation Manager Strategy formulation prepares simulation input, including sources and loads manages data files used for back annotation and highlighting Simulation Engine Does number crunching

Powerful Products for Communications New Circuit simulation architecture Schematic Capture graphical representation of interconnect display of highlighted components back annotation of selected attributes (value, part number, etc.) Application Specific Simulation Manager Strategy formulation prepares simulation input, including sources and loads manages data files used for back annotation and highlighting Simulation Engine Does number crunching Need standard interfaces

Powerful Products for Communications Thermal Simulation and Mechanical Design A similar situation exists in this world as in the electrical world: –Just as it is difficult to drive electrical simulation with a production schematic, it is very difficult to drive thermal simulation with production MCad drawings –The level of physical detail in MCad files is too great for timely simulation of airflow and heat transfer

Powerful Products for Communications Thermal Simulation and Mechanical Design Time is the critical driver in the development process –Must be able to create thermal simulation model of new power supply in 2 days There is a growing need to do thermal simulation of magnetic structures as power densities increase –this suggests another interaction between software systems -- thermal simulation and magnetics design

Powerful Products for Communications Power Supply Simulation Challenges background –Complex electrical, mechanical, thermal system –Circuits often are dissected into functional circuits varying time frames –switching transition (10’s of nS) –multiple switching cycles( 10’s of uS) –control loop time frame (100’s of switching cycles) –supervisory/monitoring circuit time frame (mS to seconds) Varying complexity –Power stage stress analysis –Control loop stability analysis –auxiliary circuit interaction(current share/protection

Powerful Products for Communications Power Supply Simulation Issues with current simulation software –Convergence problems –Data files too large / simulation time too long –Most complex component models too complex for most test –Power Supply circuit too complex to simulate as a complete circuit. No tools to segregate / simplify design schematic for simulation.

Powerful Products for Communications Power Supply Simulation Solution to issues –Variable component model complexity suited to test being performed –Variable circuit complexity linked to test being simulated What’s needed to implement solutions –Interface between design schematic and simulation engine –Standard Simulation Interface