IPC International, Inc. Effective BGA Fanouts PDWEB10-BGAFAN

Description
DESCRIPTION Choosing the appropriate fanout patterns for routing large BGAs can enable fewer layers, better signal integrity and lower costs. When using HDI, there are many options available which sometimes make the task daunting. This session is intended for PCB designers who want to find effective fanout methods for large, dense BGAs — and for those who are testing the HDI waters due to increased pin density. The principles for effective fanouts, independent of particular PCB design software, will be explored along with a demonstration of special software for this task in Expedition PCB. This webinar was given on August 26, 2010 by Charles Pfeil, Mentor Graphics. It includes synchronized audio and slides. 57 minutes. Released 2010. This format is a single-user license and can only be used on a one-user computer. A site and global license is also available.
Description
DESCRIPTION Choosing the appropriate fanout patterns for routing large BGAs can enable fewer layers, better signal integrity and lower costs. When using HDI, there are many options available which sometimes make the task daunting. This session is intended for PCB designers who want to find effective fanout methods for large, dense BGAs — and for those who are testing the HDI waters due to increased pin density. The principles for effective fanouts, independent of particular PCB design software, will be explored along with a demonstration of special software for this task in Expedition PCB. This webinar was given on August 26, 2010 by Charles Pfeil, Mentor Graphics. It includes synchronized audio and slides. 57 minutes. Released 2010. This format is a single-user license and can only be used on a one-user computer. A site and global license is also available.

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Effective BGA Fanouts - PDWEB10-BGAFAN - IPC International, Inc.
Bannockburn, IL, United States
Effective BGA Fanouts
PDWEB10-BGAFAN
Effective BGA Fanouts PDWEB10-BGAFAN
DESCRIPTION Choosing the appropriate fanout patterns for routing large BGAs can enable fewer layers, better signal integrity and lower costs. When using HDI, there are many options available which sometimes make the task daunting. This session is intended for PCB designers who want to find effective fanout methods for large, dense BGAs — and for those who are testing the HDI waters due to increased pin density. The principles for effective fanouts, independent of particular PCB design software, will be explored along with a demonstration of special software for this task in Expedition PCB. This webinar was given on August 26, 2010 by Charles Pfeil, Mentor Graphics. It includes synchronized audio and slides. 57 minutes. Released 2010. This format is a single-user license and can only be used on a one-user computer. A site and global license is also available.

DESCRIPTION

Choosing the appropriate fanout patterns for routing large BGAs can enable fewer layers, better signal integrity and lower costs. When using HDI, there are many options available which sometimes make the task daunting. This session is intended for PCB designers who want to find effective fanout methods for large, dense BGAs — and for those who are testing the HDI waters due to increased pin density. The principles for effective fanouts, independent of particular PCB design software, will be explored along with a demonstration of special software for this task in Expedition PCB.

This webinar was given on August 26, 2010 by Charles Pfeil, Mentor Graphics. It includes synchronized audio and slides.

57 minutes. Released 2010.

This format is a single-user license and can only be used on a one-user computer. A site and global license is also available.

Supplier's Site

Technical Specifications

  IPC International, Inc.
Product Category Standards and Technical Documents
Product Number PDWEB10-BGAFAN
Product Name Effective BGA Fanouts
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