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A low voltage programmable unipolar inverter with a gold nanoparticle monolayer on plastic

机译:一种在塑料上具有金纳米粒子单层的低压可编程单极逆变器

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摘要

A programmable low voltage unipolar inverter with saturated-load configuration has been demonstrated on a plastic substrate. A self-assembled monolayer of gold (Au) nanoparticles was inserted into the dielectric layer acting as a charge trapping layer. The inverter operated well with supply voltages of < - 5 V and the switching voltage was tuned in a wide range under low program/erase bias. The retention and endurance test at ambient conditions confirmed the reliability of the inverter. Furthermore, the programmable behavior was maintained well at various bending states, demonstrating the adequate flexibility of our devices.
机译:已经在塑料基板上演示了具有饱和负载配置的可编程低压单极逆变器。将金(Au)纳米粒子的自组装单层插入充当电荷捕获层的介电层。逆变器在<-5 V的电源电压下运行良好,并且在低编程/擦除偏压下可在宽范围内调节开关电压。在环境条件下的保持力和耐久性测试证实了逆变器的可靠性。此外,在各种弯曲状态下,可编程行为均保持良好,这表明我们的设备具有足够的灵活性。

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