Jason J Ellison 于 2017 年 12 月获得宾夕法尼亚州立大学电气工程理学硕士学位。 他受聘为信号完整性工程师，负责开发高速互连、实验室自动化技术和校准技术。他的兴趣是信号完整性、电源完整性和嵌入式系统设计。他还为《The Signal Integrity Journal》等期刊撰写技术类发表作品。 Ellison 先生是活跃的 IEEE 成员和 DesignCon 技术程序委员会成员。
Impedance remains a confusing topic in the signal integrity community. By definition, impedance is the ratio of voltage to current
Let’s say you’ve just received a populated switch or GPU PCB from your favorite PCB fabrication and assembly site. You
In a previous blog, I discussed how channel quality is quantified by eye patterns [1]. There, it is explained how
The Kramer Kronig relationship is basically a way to go back and forth from the real and imaginary parts of
As a PCB designer, you may hear your signal integrity overlords dictate controlled impedance with a specific value and tolerance
In a previous article, we established that loss is one of the primary signal integrity challenges to overcome. In this
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