Theoretical current bistability in organic memories consisting of a single active layer

  • Jung, Jae Hun
  • You, Joo Hyoung
  • Kim, Tae Whan
Citations

SCOPUS

0

초록

A numerical simulation was introduce to investigate the memory effect due to the current bistability resulting from the existence of the traps in organic memory devices with a single active layer. The drift-diffusion model together with a field dependent mobility model and single level trap model was used to simulate the current bistability. The currents at the same reading voltage under various writing voltages were significantly larger than that without a writing voltage. The electric field induced by the trapped electrons near the electrode increased the device current, resulting in appearance of the current bistability in the device. These simulation results can help to improve understanding of the theoretical current bistability in organic memories.

키워드

Carrier transportComputer simulationData storage equipmentElectric fieldsElectromagnetic field theoryElectromagnetic fieldsMetallizingMOSFET devicesNanotechnologyActive layersBi-stabilityDevice currentsDrift diffusion (DD) modelingField inducedField-dependent mobilityInternational (CO)Memory effectsMicro-processesNumerical simulationsOrganic memoriesOrganic memory devicesSimulation resultsSingle levelTrapped electronsOptical bistability
제목
Theoretical current bistability in organic memories consisting of a single active layer
저자
Jung, Jae HunYou, Joo HyoungKim, Tae Whan
DOI
10.1109/IMNC.2007.4456138
발행일
2007-11
유형
Conference Paper
저널명
Digest of Papers - Microprocesses and Nanotechnology 2007; 20th International Microprocesses and Nanotechnology Conference, MNC
페이지
130 ~ 131