Microsystem technology, which includes semiconductor technology, together with current design methods determine the user requirements of $mu@TCAD tools aimed at microsystem developers. The choice of numerical methods and computer technology complete the specification. In this paper we present a $mu@TCAD system, and show how it is broken up into tasks, individual programs that make up the functional building blocks. Many of these blocks already exist, organized within the $mu@TCAD system and centered around our microsystem simulation kernel SOLIDIS. We illustrate these functional blocks with concrete examples. We conclude by considering the missing links in the $mu@TCAD chain.
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机译：包括半导体技术的MicroSystem技术以及当前的设计方法确定了用于MU @ TCAD工具的用户要求，该工具旨在MicroSystem开发人员。选择数值方法和计算机技术的选择完成了规范。在本文中，我们展示了一个$ mu @ tcad系统，并展示了如何分解为任务，构成功能构建块的单个程序。许多这些块已经存在，在$ MU @ TCAD系统中组织，并以我们的MicroSystem仿真内核固定为中心。我们说明了具有具体示例的这些功能块。我们通过考虑$ MU @ TCAD链中缺失的链接来结束。
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