Reading time ( words)
The temporary or quick turn part is a reality in today’s fast-moving design process. In many cases, a search of the corporate library comes up short and you need to explore the supply chain for that perfect part. Starting a design with an unapproved or temporary part is a common occurrence in today’s design environment. This reality has forced all of us to adopt policies and procedures that allow for the use of temporary parts. The biggest challenge with temporary parts is making sure that all of the design’s components have been validated and all remnants of the temporary parts have been successfully purged or converted to an approved part.
Attendees will learn best practices for using and managing temporary parts in a design process. Watch a live demonstration using a design data management system and learn how to prevent a temporary part from slipping through the release process and into manufacturing, all while you track and manage parts throughout the design cycle.
December 6, 2017 2 pm Eastern Time
For more information or to register, click here.
Hemant Shah and Ed Acheson, Cadence Design Systems
The IPC-2581 format was created in the early 2000s with the merger of two competing formats: ODB++ and GENCAM. The new format, the brainchild of the late Dieter Bergman, languished with no adoption until 2011, when a small group of companies created the IPC-2581 Consortium with the goal of getting this open, neutral and intelligent format adopted. The consortium has been growing steadily in recent years. Its membership now includes more than 100 associate members in addition to its more than 90 corporate members.
Real Time with DesignCon
During DesignCon 2018, Guest Editor Kelly Dack interviewed Sintecs' CEO Evert Pap and system architect Hans Klos in the Mentor booth. Sintecs used Mentor's software tools to design the dReDBox, a virtual prototype project funded by the European Union.
Paul Taubman, Nine Dot Connects
In Part 1 of this series, Paul Taubman made the bold statement that the PCB layout is just as much a mechanical effort as it is an electrical one. In Part 2, he threads the needle, explaining why he believes that a PCB truly a mechatronic design, and why mechanical engineers may be more prepared to take on the PCB layout.