异步电路在非接触式智能卡中的应用

J. Kessels, G. D. Besten, A. Peeters, Torsten Kramer, Volker Timm
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引用次数: 38

摘要

我们为非接触式智能卡设计了一种异步芯片。异步电路具有两种功率特性,使其非常适合于非接触式设备:低平均功率和小电流峰值。异步电路在很宽的供电电压范围内工作,同时自动调整其速度,这一事实已被用于获得一种对电压下降非常有弹性的电路,同时为所接收的功率提供最大的性能。异步电路已经建立,测试和评估,结果是如此令人信服,基于电路呈现,一个产品正在设计。
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Applying asynchronous circuits in contactless smart cards
We have designed an asynchronous chip for contactless smart cards. Asynchronous circuits have two power properties that make them very suitable for contactless devices: low average power and small current peaks. The fact that asynchronous circuits operate over a wide range of the supply voltage, while automatically adapting their speed has been used to obtain a circuit that is very resilient to voltage drops while giving maximum performance for the power being received. The asynchronous circuit has been built, tested and evaluated and the results were so convincing that, based on the circuits presented, a product is being designed.
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Automatic process-oriented control circuit generation for asynchronous high-level synthesis An on-chip dynamically recalibrated delay line for embedded self-timed systems Asynchronous design using commercial HDL synthesis tools Simple circuits that work for complicated reasons High-throughput asynchronous pipelines for fine-grain dynamic datapaths
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