封装基板内置三维分布式匹配电路,适用于高速SerDes应用

R. Oikawa
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引用次数: 9

摘要

提出了一种解决高种子SerDes(串行-反序列化器)芯片内电容问题的新方法。这个问题可以通过在封装基板中加入一个三维控制的分布式阻抗匹配电路来解决。该分布式匹配电路已应用于6.25 Gbps SerDes器件,采用传统的累积衬底作为封装衬底。结果显示,回波损耗改善了~6 dB(~200%),并且显示出比标准50欧姆封装设计更好的信号波形。由于这种方法不需要任何额外的制造技术,除了传统的构建基板,可以降低高速(Gbps)通信设备的成本,并将传统技术扩展到更高速度的设备。
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Package substrate built-in three-dimensional distributed matching circuit for high-speed SerDes applications
This paper proposes a new method to resolve the on-die capacitance issue of the high-seed SerDes (serializer-deserializer). This issue can be resolved by incorporating a three-dimensionally controlled distributed impedance matching circuit into the package substrate. The distributed matching circuit has been applied to the 6.25 Gbps SerDes device by using a conventional build-up substrate as a package substrate. As a result, the return loss showed a ~6 dB (~200%) improvement as well as showing a better signal waveform than standard 50 Ohm package design. Because this method does not require any additional manufacturing technology other than conventional build-up substrate, the cost of high speed (Gbps) communication devices can be reduced and also extend conventional technology to the even higher speed devices.
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