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Embedding Passive and Active Components: PCB Design and Fabrication Process Variations

机译:嵌入被动和有源组件:PCB设计和制造过程变化

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Embedding components within the PC board structure is not a new concept. Until recently, however, most embedded component PC board applications adapted only passive elements. The early component forming processes relied on resistive inks and films to enable embedding of resistor and capacitors elements. Although these forming methods remain viable, many companies are choosing to place very thin discrete passive components and semiconductor die elements within the PC board layering structure. In addition to improving the products performance, companies have found that by reducing the component population on the PC board’s surface, board level assembly is less complex and the PC board can be made smaller, The smaller substrate, even when more complex, often results in lower cost. Although size and cost reductions are significant attributes, the closer coupling of key elements can also contribute to improving functional performance.
机译:在PC板结构中嵌入组件不是一个新概念。然而,直到最近,大多数嵌入式组件PC板应用程序仅适用于被动元素。早期成分形成过程依赖于电阻油墨和薄膜,以使能电阻器和电容器元件的嵌入。虽然这些成形方法仍然可行,但许多公司正在选择将非常薄的离散无源元件和半导体模具元件在PC板层叠结构中放置。除了提高产品性能外,公司还发现,通过减少PC板表面上的组件群体,板级装配不太复杂,PC板可以使得较小的基板,即使在更复杂的情况下也会导致更低的花费。虽然尺寸和成本降低是重要的属性,但关键元件的仔细耦合也可以有助于提高功能性能。

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