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首页> 外文期刊>Sanyo Technical Review >Design-for-reliability activity for compound-filled leadless-chip-carrier-packaged charge-coupled devices
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Design-for-reliability activity for compound-filled leadless-chip-carrier-packaged charge-coupled devices

机译:用于复合填充无铅芯片载体包装电荷耦合器件的可靠性活动

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摘要

Charge-Coupled Devices (CCDs) are expanding into new applications such as digital still cameras and mobile phones. When CCDs were applied in such fields, requirements for robustness against new stress factors were posed on them. The activities of designing in all stages of CCD development, including circuit design, wafer-process development, and production were performed for the new requirements. The resulting reliability and field data show that the compound-filled Leadless-Chip-Carrier (LCC) -packaged CCD offers high reliability. Compound-filled LCC-packaged CCDs can also be soldered by a reflow machine and have an advantageous structure with regard to durability from.
机译:电荷耦合器件(CCD)正在扩展到新的应用程序,例如数字静态摄像头和移动电话。 当CCD适用于这些领域时,对新应力因子的稳健性要求被提出。 在CCD开发的所有阶段设计的活动,包括电路设计,晶片流程开发和生产,为新要求进行。 由此产生的可靠性和现场数据表明,填充的复合无线芯片载体(LCC) - 包装的CCD提供了高可靠性。 填充化合物的LCC封装的CCD也可以通过回流机焊接,并且具有与耐用性的有利结构。

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