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多层印刷电路板和层叠层
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多层印刷电路板和层叠层
Rick Hartley on 4 Layer Boards and Power Delivery
Rick Hartley on 4 Layer Boards and Power Delivery
已创建:December 6, 2018
已更新:March 24, 2020
Altium's Solutions for PCB Layer Stackup
Tips for Layer Stack
PCB Stackup Basics
Layer Stack Documentation
相关资源
PCB Sub-Laminations With Mechanically-Drilled Vias
PCBs with mechanically drilled blind and buried vias use sub-laminations which differ from sequential lamination significantly.
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Material and Process Considerations That Influence Performance
Stack-up choices shape PCB performance, reliability, and manufacturability, especially in flex and UHDI. Learn how to design with materials in mind.
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Stack-Up to Success: Avoid the Pitfalls
Avoid warpage, impedance issues, and delays. Learn how smart PCB stack-up design ensures performance, reliability, and smooth fabrication.
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PCB Stackup Basics
How to assign layer types in a PCB? Expert Phil Salmony shares with us some of his favorite multilayer stackups, complete with guidelines.
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PCB Ground Plane Best Practices in Your Multilayer Stackup
Learn all about proper use of a PCB ground plane and grounded copper pour in your design. You’ll ensure signal integrity and low EMI with correct PCB ground plane placement.
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Power Plane and Ground Planes: Should You Use Your PCB Power Plane as a Return Path?
Power planes (sometimes called a power layer) and ground planes are important for more than just distribution of supplying power. When defining reference planes, both with impedance controlled routing and in managing return paths, your stackup might force return currents to pass into a PCB power plane before being coupled back to a ground layer. Even though you define a GND reference layer as a the basis for your impedance-controlled trace width
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为高电压PCB设计和布局选择材料
您的高电压PCB设计将需要一种专门设计用于承受高电压以及潜在过压和高温的电路板材料。
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