Digital logic accommodating more than two data levels is at the forefront of future high‐information‐density electronics. The fundamental mechanisms of the organic ternary inverters relying on anti‐ambipolarity are revealed. Ideally combining the analytical and predictive capabilities of simulation, the three distinctive regimes of operation are identified, and systematic guidelines for how to balance the “0,” “1/2,” and “1” voltage levels are suggested. Most importantly, the junction energy barrier and minority carrier penetration are found to be critical to this type of inverter. In time with the increasing viability of flexible multi‐valued logic circuits, such theoretical insights are positioned to spearhead the next engineering efforts on optimized performances.

中文翻译：

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有机反双极性三元逆变器基础知识

容纳两个以上数据级别的数字逻辑处于未来高信息密度电子设备的最前沿。揭示了有机三元逆变器依赖反极性的基本机理。理想情况下，将模拟的分析能力和预测能力结合起来，可以确定三种不同的运行方式，并提出了有关如何平衡“ 0”，“ 1/2”和“ 1”电压电平的系统指南。最重要的是，发现结能垒和少数载流子穿透对于这种类型的逆变器至关重要。随着柔性多值逻辑电路的可行性不断提高，这种理论见解被定位为带头进行优化性能的下一个工程工作。