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Nondestructive Inspection for Thin Dielectric Layer MLCC's

机译:薄介电层MLCC的无损检测

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Multilayer ceramic capacitors are the most commonly utilized capacitor type. They exist in different grades suitable for everything from cell phones to critical Space applications. Two aspects differentiate these capacitor grades, design and screening. Although high reliability capacitors can be electrically screened, it has long been recognized that this process is not 100% effective and other inspections have been required to maximize reliability. Ultrasonic inspection has long been the NDE technique of choice. Multilayer ceramic capacitors continue to decrease in size and dielectric layer thickness. As capacitor geometries become smaller and electrode counts increase, can this technique still be effective for production screening? Both ultrasonic and X-radiographic techniques for inspecting MLCC's will be addressed and DPA is used to verify the resultant indications. Recommendations will be made concerning the effectiveness of these techniques for new military documents centered on thin dielectric, high electrode count ceramic capacitors.
机译:多层陶瓷电容器是最常用的电容器类型。它们的等级不同,适用于从手机到关键太空应用的所有事物。这些电容器的等级,设计和筛选有两个方面。尽管可以对高可靠性电容器进行电屏蔽,但人们早已认识到该过程并非100%有效,因此还需要进行其他检查以最大程度地提高可靠性。超声波检查长期以来一直是NDE的首选技术。多层陶瓷电容器的尺寸和介电层厚度继续减小。随着电容器的几何尺寸变小和电极数量的增加,这种技术是否仍可以有效地用于生产筛选?将讨论用于检查MLCC的超声和X射线照相技术,并且将使用DPA来验证结果指示。对于以薄介电,高电极数陶瓷电容器为中心的新军事文献,将针对这些技术的有效性提出建议。

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