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Improving Yield on RF-CMOS ICs

机译:提高RF-CMOS IC的产量

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摘要

One of the industry sectors with the largest revenue in the telecommunication field is the wireless communications field. Wireless operators try to offer products that fulfill the user demands in terms of price, battery life and product quality. All these requirements must be also fulfilled by the designer of the MMIC (Microwave Monolithic Integrated Circuits) circuits that will be used in those wireless terminals, achieving a reliable design, with high performance, low cost and if possible in one or two foundry iterations so as to bring the product out to the market as soon as possible. Silicon based technologies are the lowest cost ones. These technologies don't include some essential components for the design of RF circuits, which leads to measurement results quite different from those simulated. The deep study of the problems presented when designing Si based RF circuits recommends the use of electromagnetic simulation or coo-simulation tools. The paper shows different simulation techniques that help the designer to obtain better designs with a lower cost, as well as reduced foundry iterations.
机译:电信领域收入最大的行业领域是无线通信领域。无线运营商试图提供在价格,电池寿命和产品质量方面满足用户需求的产品。所有这些要求也必须由MMIC(微波单片集成电路)电路的设计者满足,这些电路将在这些无线终端中使用,实现可靠的设计,具有高性能,低成本,在一个或两个铸造迭代中如此尽快将产品带到市场上。基于硅的技术是最低的成本。这些技术不包括用于设计RF电路的一些基本组件,这导致测量结果与模拟的结果完全不同。在设计基于SI的RF电路时提出的问题的深度研究建议使用电磁仿真或合作仿真工具。本文显示了不同的模拟技术,帮助设计师获得更好的成本,以及降低的铸造迭代。

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