Expedition PCB Advanced (v2005)

English Version

Dauer: 4 Tage
Preis: 2.600 EUR
Partnummer:  206013

Beschreibung

In diesem Kurs werden die weiterführenden Funktionalitäten vermittelt, die Ihnen helfen Expedition PCB noch effizienter in Ihrem Designflow einzusetzen. Es werden Themen behandelt die im Grundlagenkurs nicht bzw. nur kurz angesprochen wurden.

Inhalt

• Erstellen komplexer Board Geometrien, Importieren von CAD Daten
• Board Dokumentation mit Dimensionierwerkzeug
• Erweiterte Placement Funktionalitäten
• Einsatz von Reusable Blocks
• Einsatz von Varianten
• Definition von Netclasses und Rulesets
• Eingabe von Highspeed Regeln (Topologie, Differentielle Signale, matched length, minimale bzw. maximale Laufzeit u.a.) 
• Diskussion verschiedener Strategien zum Fanout von BGA Pin Strukturen
• Autorouter Strategien für High Density und High Speed Boards
• Manuelles "tunen" von SI Leiterbahnen 
• Team PCB Setup und Einsatz
• Routing Strategien unter Verwendung von Microvias
• Erzeugen von frei definierbaren Reports mit "Report Writer"

Teilnehmer

• Layoutentwickler, welche solide Kenntnisse des Expedition Routers aufweisen
• Alle im PCB Design Prozess involvierten Mitarbeiter, die fundierte Kenntnisse über die Funktionalität des Layout Werkzeugs benötigen

Voraussetzungern

• Teilnahme am Expedition PCB Grundlagenkurs
• Englisch-Grundkenntnisse

Duration: 4 Days
Price: 2.600 EUR
Part Number:  206013

Description

The Expedition PCB Advanced course was developed to help you understand many of the advanced layout options available for Expedition PCB including many of the purchasable utilities.   
Detailed lab exercises help reinforce what is discussed during the lectures and provide you with extensive tool usage experience under the guidance of our industry expert instructors.

You will learn how to

• Use graphics command to create complex elements
• Use schematic cross-probing to place and examine within a PCB design
• Use advanced placement commands to place, copy and move circuits
• Import and Export IDF files for 3-D modeling
• Use CES Net Class definitions to solve routing problems
• Efficiently work with via and pad definitions and changes
• Define and use Multi Via Objects (MVOs)
• More efficiently use inter-active routing commands
• Use CES to define electrical constraints and classes
• Route using electrical constraints
• Maintain multiple designer environments in Team PCB
• Define MicroVias and route using blind and buried definitions
• Use Fablink XE functionality in a PCB design or the Panel Editor
• Use the Report Writer to document your designs

Hands-On Labs

Throughout this course, extensive hands-on lab exercises provide you with practical experience using Expedition PCB software. Hands-on lab topics include:

• Creating complex board outlines and contours
• Placement from schematics (DxD or DC), placement utilities, and Circuit Move and Copy
• IDF Import and Export
• Using CES Net Classes to solve routing problems
• Fanout and padstack processing
• Interactive routing
• Using CES Constraint Classes and Templates
• Defining and routing CES Signal Topology
• Defining and routing CES Differential Pairs
• Defining and routing CES signal length constraints
• Defining and resolving crosstalk and parallelism
• Maintaining a Team PCB database
• Definitions and routing using MicroVias
• Using Fablink XE in Expedition PCB and the Panel Editor
• Defining report documentation using the Report Writer

Audience

This course is written for experienced PCB designer who have been trained on and used basic Expedition PCB functionality.  It is also beneficial for group management and administrators if they have Expedition PCB experience.

Prerequisites

• Familiarity with concepts of PCB technology.
• Familiarity with Windows NT, 2000, XP operating systems.
• Taken the Expedition PCB Introduction course or have had adequate experience using Expedition PCB. (Without the Expedition PCB Introduction course,  instructor permission is required.)

Key Topics

• Graphical element manipulation and use
• Schematic placement and placement editing
• Circuit Move and Copy
• IDF for 30D modeling
• Using CES Net Classes
• Via and padstack manipulation
• Multiple Via Objects
• Interactive Routing
• CES basic functionality
• CES Topology
• CES differential pairs
• CES signal length control
• CES crosstalk and parallelism
• Team PCB functions
• Using MicroVias
• Fablink XE
• The Report Writer