从工具的角度来看，你要求它做一些不是现实生活或现实生活的事情。
诸如FR-4（或其他物质）的常规基底可以薄至400um并且厚至6.35mm。
在你的情况下，你要求模拟10毫米的厚度，这是不现实的。
在10mm处没有迹线会有一个参考平面作为微带线，例如，因为你太遥远了。
典型的厚度可以是几微米到几毫米，但不是一个数量级。
我个人从未见过厚厚的基材。
请更具体地说明您要做的事情，也许其他人可能会帮助您。
以上来自于谷歌翻译
以下为原文
From the tool perspective you are asking it to do something that is not real life nor realistic. A regular substrate such as FR-4 (or others for that matter) can be as thin as 400um and as thick as 6.35mm. In your case you are asking to model a thickness 10mm which is not realistic I think. At 10mm no trace will have a reference plane to be a microstrip for example since you would be too far away.
Typical thickness can be few microns to few mm but not one order of magnitude. I personally have never seen a substrate that thick.
Please be more specific in what you are trying to do and maybe other people might be able to help you.
从工具的角度来看，你要求它做一些不是现实生活或现实生活的事情。
诸如FR-4（或其他物质）的常规基底可以薄至400um并且厚至6.35mm。
在你的情况下，你要求模拟10毫米的厚度，这是不现实的。
在10mm处没有迹线会有一个参考平面作为微带线，例如，因为你太遥远了。
典型的厚度可以是几微米到几毫米，但不是一个数量级。
我个人从未见过厚厚的基材。
请更具体地说明您要做的事情，也许其他人可能会帮助您。
以上来自于谷歌翻译
以下为原文
From the tool perspective you are asking it to do something that is not real life nor realistic. A regular substrate such as FR-4 (or others for that matter) can be as thin as 400um and as thick as 6.35mm. In your case you are asking to model a thickness 10mm which is not realistic I think. At 10mm no trace will have a reference plane to be a microstrip for example since you would be too far away.
Typical thickness can be few microns to few mm but not one order of magnitude. I personally have never seen a substrate that thick.
Please be more specific in what you are trying to do and maybe other people might be able to help you.
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