Flexible circuits, rigid demands

Flexible printed circuits (FPCs) are taking off. The use of FPCs is surging in consumer electronics and other high-tech products where small, compact packaging is required. But FPC design can be a challenging task with generic modeling tools. In this webinar we'll introduce a complete suite of tools to effectively design not only flexible circuits but also rigid-flex designs. We'll also describe how to keep electronic and mechanical domains perfectly in sync across every step of the design process. Tune in as we explore the only mechanical CAD solution that can accurately represent rigid-flex designs.

This webinar will demonstrate the latest tools available to the mechanical designer for creating complex PCB designs with familiar easy to use commands. All too often, traditional modeling methods are used to create PCB designs and are mostly unsuited for the job. Once the formed shape is created, the challenge comes when trying to create the flattened form of the design for transfer to the ECAD domain for component layout.

With the right tools, this is no longer a challenge. We'll explore a dedicated flexible printed circuit design application for creation, flattening and downstream documentation preparation. We'll show how creating accurate rigid-flex designs that faithfully represent the final product is now achievable in the MCAD domain. As a user you can create a layer scheme that represents the PCB stackup, select the appropriate stack for each area of the board and represent the most complex of designs with ease.

Learn the different techniques for creating rigid-flex, how to create the flattened form and how to document the design. Join us for a nonstop tour of the most efficient workflow available today.

Key Takeaways

• Gain an understanding of the rigid-flex construction
• Learn about the design workflow with the MCAD environment
• Consider the four different creation techniques
• Understand the different workflows