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A low voltage op-amp with constant-Gm rail-to-rail input and high swing self-biasing super cascode output stage

机译:具有恒定GM轨到轨输入和高摆动自偏置超级键盘输出级的低压OP-AMP

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Probably the most important building block in a mixed-signal system is the operational amplifier. Power consumption is a critical performance characteristic in fast op-amp designs. Low power supplies have become dominant in modern mixed-signal VLSI systems. Unlike CMOS digital modules, which are functionally insensitive to power supply variations, traditional analog cells not only fail to achieve the expected performance characteristics but may also become totally inoperative. This fact, together with the requirement of high density mixed analog-digital VLSI systems, urges the research of new analog architectures capable of achieving high performance characteristics in exceedingly noisy environments, where the presence of digital circuitry is abandoned. Therefore, power supply insensitive, self-biasing architectures are highly advantageous, successfully limiting the design, layout and routing effort and guaranteeing the product success.
机译:可能是混合信号系统中最重要的构建块是运算放大器。功耗是快速运算放大器设计中的关键性能特性。低电源在现代混合信号VLSI系统中已成为主导。与CMOS数字模块不同,在功能上对电源变化不敏感,传统的模拟电池不仅无法达到预期的性能特征,而且也可能变得完全不起作用。这一事实与高密度混合模数VLSI系统的要求一起促使能够在极嘈杂的环境中实现高性能特征的新模拟架构的研究,其中存在数字电路的存在。因此,电源不敏感,自偏置架构是非常有利的,成功地限制了设计,布局和路由工作,保证了产品的成功。

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