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Compact Model Validation Strategies Based on Dedicated and Benchmark Circuit Blocks for the mm-Wave Frequency Range

机译:基于专用和基准电路模块的毫米波频率范围的紧凑模型验证策略

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This paper presents a methodology for compact model evaluation and validation at circuit level for RF and mm-wave applications. Accurate compact models are a prerequisite for efficient circuit design but currently modeling engineers lack of suitable verification procedures. In this work we detail a methodology to fulfill these requirements together with circuit examples, starting from the simplest differential pair to the most advanced four stage differential LNA working at 220GHz. It is shown that a complete hierarchy of validation circuits (from the simplest circuit to the most complex) provides a new perspective with respect to the crucial task of model qualification but also directions for future compact model developments.
机译:本文介绍了一种用于RF和毫米波应用的电路级紧凑模型评估和验证的方法。精确的紧凑模型是高效电路设计的先决条件,但目前的建模工程师缺乏合适的验证程序。在这项工作中,我们详细介绍了满足这些要求的方法以及电路示例,从最简单的差分对到工作在220GHz的最先进的四级差分LNA。结果表明,验证电路的完整层次结构(从最简单的电路到最复杂的电路)为模型鉴定的关键任务提供了新的视角,同时也为将来的紧凑模型开发提供了方向。

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