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The design of stable logic input inversion level on IC chip

机译:IC芯片上稳定的逻辑输入反转电平的设计

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In whole system, the user usually only offers a voltage with noise as input logic voltage to digital receiver, to guarantee the right logic control, it requires that the IC chip must have a stable inversion level with logic high and logic low input voltage. For COMS process, in traditional design scheme, it usually uses a normal digital inverter as input-unit schematic, and changes the width or length in PMOS and NMOS to change the inversion level of digital receiver. But in this way, the inversion level is depends on process, and it also will be changed with temperature or power noise, for whole system, it is very bad. So this paper introduces three kinds of stable inversion level schematic. They all use the degenerative feedback to stable inversion level. It completely depends on schematic of input-port in receiver, and is also very stable with temperature and power noise.
机译:在整个系统中,用户通常只向数字接收器提供噪声电压作为输入逻辑电压,以保证正确的逻辑控制,这就要求IC芯片必须具有稳定的反相电平,且逻辑高和逻辑低输入电压。对于COMS工艺,在传统的设计方案中,通常使用普通的数字反相器作为输入单元原理图,并改变PMOS和NMOS的宽度或长度来改变数字接收器的反相电平。但是以这种方式,反转水平取决于工艺,并且还会随温度或电源噪声而变化,对于整个系统来说,这是非常糟糕的。因此,本文介绍了三种稳定的反演级原理图。他们都使用退化反馈来稳定反演水平。它完全取决于接收器中输入端口的原理图,并且在温度和电源噪声下也非常稳定。

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