Rigid Flex Design

Explore best practices for designing rigid-flex PCBs, including bend area requirements, material selection, and layer stackups to ensure mechanical durability.

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Rigid-Flex PCB Design Review Checklist

Rigid‑flex PCB design review checklist aligned with IPC‑2223E and IPC‑6013, covering bend zones, stackup, routing, fabrication, and industry requirements.

Technical Documents

PCB Layout Allegro X PCB OrCAD X Rigid-Flex Design

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Flex Circuit Design Practices For Manufacturing and Assembly

FPC/FPCA Design is closely tied to the mechanical requirements. Our job is to make sure those requirements make sense.

Design for Manufacturing

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Comparing Connectors and Cables to Flex Circuits

Good connector placement completes a PCBA design as the goals align with the board and the outside world.

PCB Layout Placement & Routing Rigid-Flex Design

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OrCAD X—Flex and Bend Zones

Rigid-flex is a vital technology for any designer's toolkit. With OrCAD X, access flex zones and bends with ease. Then, manipulate these bends in real time to ensure best fit for your product design.

PCB Layout OrCAD X Rigid-Flex Design

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Collaborative PCB Design in OrCAD X

Streamline your collaborative PCB design process with OrCAD X Cloud Workspaces, and Symphony for real-time editing and integrated design management.

Data & Process Management OrCAD X Rigid-Flex Design

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OrCAD X PCB File Extensions Formats for Design and Simulation

Explanation of OrCAD X PCB file extensions associated with design, simulation, and manufacturing workflows. Learn how each format supports PCB development.

PCB Layout OrCAD X Rigid-Flex Design

VIDEOS

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