高速数字分析
安捷伦强大的分析工具可完成详细的表征
大多数串行数据链路都是以高速 IC 作为起点和终点，以提供符合标准的互操作性。随着比特率的提高，抖动、干扰及其他缺陷的裕量也要加大，因此很难把 BER 控制在 10-12 以下。借助以下工具，您可对设计进行详细地表征和分析。安捷伦――实现您的最佳设计。
相关链接
去除所有优化1-14 / 14
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数字与光学网络研讨会系列
Originally broadcast 2010, 2011. Access the recordings of many broadcasts
网上直播 -- 已存档的 |
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数字和光技术网络研讨会系列
Originally broadcast 2010, 2011. Access the recordings of many broadcasts
网上直播 -- 已存档的 |
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数字和光技术网络研讨会系列
Originally broadcast 2010, 2011. Access the recordings of many broadcasts
网上直播 -- 已存档的 |
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逻辑分析仪基础知识
Originally broadcast Sept 23, 2008
网上直播 -- 已存档的 |
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Analyzing Digital Jitter and its Component eSeminar FAQs
FAQs from the eSeminar
研讨会演示 2006-05-11 |
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35 KB
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Building a Precision Jitter Source
Presentation, June 1, 2004
From the Japan Agilent Digital Measurement Forum, this presentation reviews the construction of a precision jitter source for analyzing digital jitter measurements.
研讨会演示 2004-06-01 |
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623 KB
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Digital and Photonics Webcast Series
Originally broadcast 2010, 2011. Access the recordings of many broadcasts
网上直播 -- 已存档的 |
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Digital Webcast Series - Master the high-speed digital test challenge
multiple broadcasts - refer to www.agilent.com/find/DPTwebcasts for the complete list
网上直播 -- 已存档的 |
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Jitter Analysis: What Works, What Doesn't & Why eSeminar FAQs
FAQs from the eSeminar
研讨会演示 2006-05-11 |
PDF
63 KB
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Jitter in Digital Circuits eSeminar FAQs
FAQs from the eSeminar
研讨会演示 2006-05-11 |
PDF
34 KB
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Jitter Measurements for High-Speed Digital
Jitter Measurements for High-Speed Digital
Transmission
研讨会演示 2006-06-14 |
PDF
44 KB
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Jitter Measurements with a High-Speed Scope eSeminar FAQs
FAQs from the eSeminar
研讨会演示 2006-05-11 |
PDF
117 KB
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Solving Real World Jitter Problems for High-Speed Communications eSeminar FAQs
FAQs from the eSeminar
研讨会演示 2006-05-11 |
PDF
53 KB
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Testing Receiver Jitter Tolerance eSeminar FAQs
Testing Receiver Jitter Tolerance eSeminar FAQs
研讨会演示 2006-06-14 |
PDF
50 KB
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