Multiple PCB Boards, One DxDesigner Project: The Coil Winder (Part 1)

The new 2007.x version of the DxDesigner / Expedition design flow has more power and flexibility than I was aware of. I was working through some PCB designs and I made a comment to one of my MGC engineering friends: “The new DxDesigner is great! But wouldn’t it be nice if I could design multiple Printed Circuit Boards (PCB) within a single project?”

Well, he was kind to me. He gently informed me that single project, multiple PCB design was a reality and that I simply lacked the tool expertise to exploit these advanced features. Once the basic concepts were explained to me, and trust me, there is no real “magic” here, I was able to quickly create compex, multi-board system design with the DxDesigner - Expedition design flow.

Preparing Recommendations

Once I worked through the process I realized the true limitation: The limitation was me, I have a long history of EDA tool usage and my arrogance manifests in my steadfast refusal to attend training or read the product documentation (sound familiar?). I have long held the belief: If I am unable to figure out how to use the software to accomplish my objectives then, the software isn’t very good (because I am ;) ). OK, every once in a while life slaps some sense into all of us :)

Since it is impossible for me to believe that I am alone in my perspective and attitude regarding EDA tools I thought the best approach to recover from my arrogance was to create a demonstration highlighting the multi-board, single project capabilities of the 2007.x Expedition design flow.

Since I am a true engineer (nerd, geek, pick your adjective) I have created a demonstration around one of my hobby projects: My Wind Turbine. Due to the length of the design process I will break this demonstration process up into multiple segments within each blog, and multiple blog chapters. If you follow my Blogs for the next few weeks you will not only learn how to use DxDesigner and the Expedition flow to create multi-Board PCB Systems, you will also learn how to build the electronics for a coil winder used in the construction of home built wind turbines.

In part 2 of this Blog I will review the design requirements as well as the creation of the DxDesigner Project and the top level system diagram. I like to use top-down system refinement as my design method so you will also see how DxDesigner may be used to accomplish more than simple PCB design.

As we plow through this process please share your perspectives!

More Blog Posts

Preparing Recommendations

Comments (↓ Add Your Own)

6 Comments on this Post

Commented on 3:44 PM, Nov 30, 2009
By forexstrat_egy

I am definitely bookmarking this page and share it with my friends. :)

Commented on 6:53 AM, Jan 14, 2010
By VieferekCheah

I would like too take some time out Thank everyone for doing what you do and making the community what it is im a long time reader and first time poster so i just wanted to say thanks.

Commented on 8:47 PM, Jan 18, 2010
By WP Themes

Amiable dispatch and this mail helped me alot in my college assignement. Thank you seeking your information.

Commented on 8:09 PM, Jun 14, 2010
By Jacquelyn Nicholson

You've done it once again! Superb article.

Commented on 6:36 AM, Jun 17, 2010
By Student Loan Refinance

I'll come back again to read your upcoming article! Excellent job done!

Commented on 11:25 PM, Jun 27, 2010
By gallearee

Wo...Nice Blog, Nice tips, Great article!, I have recently started a blog, the information you provide on this site has helped me tremendously. Thank you for all of your time & work. Well Come Back To My Blog Ipad http://www.ipadzu.net

Add Your Comment

Please complete the following information to comment or sign in.

(Your email will not be published)