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Wear out failure mechanisms in aluminium and gold based LDMOS RF power applications

机译:铝和金基LDMOS射频电源应用中的失效机制

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摘要

In this paper we will compare the electromigration and hot carrier properties of the old (gold based) and new (aluminium based) metallisation schemes as used in RF base station power amplifiers manufactured by Philips Semiconductors. We will show that the latest generation shows excellent reliability performance while the RF performance has been strongly enhanced. This has been obtained by optimizing the process and device architecture. Both results of electromigration measurements on test structures and electromigration degradation of full devices will be shown. It is concluded that the latest generation LDMOS RF amplifiers shows excellent RF and reliability performance while using an aluminium based metallisation scheme.
机译:在本文中,我们将比较飞利浦半导体制造的RF基站功率放大器中使用的旧(金基)和新(铝基)金属化方案的电迁移和热载流子特性。我们将展示最新一代产品具有出色的可靠性,而RF性能得到了极大的增强。这是通过优化过程和设备架构获得的。将显示测试结构上的电迁移测量结果和整个器件的电迁移性能。结论是,最新一代的LDMOS RF放大器在使用铝基金属化方案时显示出出色的RF和可靠性能。

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