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  • Material Selection for High-Speed PCBs

    Material Selection for High-Speed PCBs

    Consider return loss and insertion loss – but don’t stop there.  READ MORE...

  • Characterizing Etchback and Dielectric Loss Tangent

    Characterizing Etchback and Dielectric Loss Tangent

    Fabrication-aware simulations to aid PCB design success.  READ MORE...

  • Sequential Lamination in PCB Manufacturing

    Sequential Lamination in PCB Manufacturing

    Manufacturing high-layer count boards.  READ MORE...

  • Implementing Flash Memory in PCB Design

    Implementing Flash Memory in PCB Design

    Routing flash has EMI implications.   READ MORE...

Homepage Slideshow

  • Material Selection for High-Speed PCBs

    Consider return loss and insertion loss – but don’t stop there.

    https://www.pcdandf.com/pcdesign/index.php/editorial/menu-features/18654-what-is-the-best-material-for-a-high-speed-pcb

  • Characterizing Etchback and Dielectric Loss Tangent

    Fabrication-aware simulations to aid PCB design success.

    https://www.pcdandf.com/pcdesign/index.php/editorial/menu-features/18652-characterizing-etchback-and-dielectric-loss-tangent

  • Sequential Lamination in PCB Manufacturing

    Manufacturing high-layer count boards.

    https://www.pcdandf.com/pcdesign/index.php/editorial/menu-features/18653-sequential-lamination-in-pcb-manufacturing

  • Implementing Flash Memory in PCB Design

    Routing flash has EMI implications. 

    https://www.pcdandf.com/pcdesign/index.php/current-issue/241-designer-s-notebook/18648-implementing-flash-memory-in-pcb-design

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Sequential Lamination

 by Stanley L. Bentley

"Sequential Lamination"

by Stanley L. Bentley, Divsys

Abstract: Sequential lamination is necessary when the design of the interconnect system has connections that are not required on all layers or that if made available on all layers would impact the system performance or create an unsolvable congestion in the design.

Published May 2012

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