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Optimization of Holding Voltage for 5V Multi-Finger NMOS Using Voltage Stepping Simulation

机译:使用电压踩踏模拟优化5V多指氮的保持电压

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For IC component designs, ESD is one of an important issue which has to be taken in consideration for reliability of a device. We use the TLP Voltage Stepping simulation scheme in Medici simulation for 5V NMOS Multi-finger structure, the use of silicon model and set of variables, in silicon material parameter is used to vary the variable electron and Holes parameters of silicon, which can make the Holding Voltage simulation change and to make the simulation and the silicon data more consistent. We have simulated and calibrated Holding voltage of 5V NMOS multi finger to match with silicon data.
机译:对于IC组件设计,ESD是考虑到设备的可靠性的重要问题之一。 我们使用Medici仿真中的TLP电压步进仿真方案对于5V NMOS多指结构,使用硅模型和一组变量,在硅材料参数中用于改变可变电子和硅的孔参数,可以制作 保持电压仿真变化并使仿真和硅数据更加一致。 我们已经模拟和校准了5V NMOS多手指的保持电压,以与硅数据匹配。

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