We subjected Organic TFTs to positive and negative constant gate voltage stresses. Stress not only induces temporary charge trapping, but also permanent transconductance degradation. The permanent degradation is accelerated if the devices are stressed under illumination. Negative stress degrades the TFT much faster than the positive stress, at the same voltage. Furthermore, hard breakdowns are observed on devices stressed under light, with VGS= -65V. The degradation mainly comes from stress-induced interface trap generation, rather than photochemical reactions as observed with UV irradiations. \ua9 2013 IEEE
We subjected III-V InGaAs MOSFETs to positive and negative gate stresses. The stress polarity strong...
DoctorAmorphous-InGaZnO (a-IGZO) thin-film transistors (TFTs) are promising device for display appli...
The bias stress effect in pentacene organic thin-film transistors has been investigated. The transis...
We subjected OTFTs to electrical stress under various illumination conditions, in the visible-light ...
We performed constant voltage stress on oligothiophene-based p- and n-type organic thin-film-transis...
Device instability and limited lifetime have been the hurdles to commercialization of organic electr...
We subjected OTFTs to electrical stress under various illumination conditions, in the visible-light ...
In this work we present the instabilities observed in organic Thin-Film Transistors when subjected t...
In this work we analyzed the effect of different stress configurations on p- and n-type organic thin...
The effects of positive and negative gate-bias stress on organic field-effect transistors (OFET) bas...
In this progress report, recent advances in the development of organic transistors with superior bia...
We investigated how the zero-voltage duration (0Vd) affects the tendency of degradation during pulse...
The stabilities of a blending type organic thin-film transistor with phase-separated TIPS-pentacene ...
This paper deals with operational lifetime measurements of organic field-effect transistors. The org...
We report instability behavior of oxide-based top-gate thin-film transistors under electrical and op...
We subjected III-V InGaAs MOSFETs to positive and negative gate stresses. The stress polarity strong...
DoctorAmorphous-InGaZnO (a-IGZO) thin-film transistors (TFTs) are promising device for display appli...
The bias stress effect in pentacene organic thin-film transistors has been investigated. The transis...
We subjected OTFTs to electrical stress under various illumination conditions, in the visible-light ...
We performed constant voltage stress on oligothiophene-based p- and n-type organic thin-film-transis...
Device instability and limited lifetime have been the hurdles to commercialization of organic electr...
We subjected OTFTs to electrical stress under various illumination conditions, in the visible-light ...
In this work we present the instabilities observed in organic Thin-Film Transistors when subjected t...
In this work we analyzed the effect of different stress configurations on p- and n-type organic thin...
The effects of positive and negative gate-bias stress on organic field-effect transistors (OFET) bas...
In this progress report, recent advances in the development of organic transistors with superior bia...
We investigated how the zero-voltage duration (0Vd) affects the tendency of degradation during pulse...
The stabilities of a blending type organic thin-film transistor with phase-separated TIPS-pentacene ...
This paper deals with operational lifetime measurements of organic field-effect transistors. The org...
We report instability behavior of oxide-based top-gate thin-film transistors under electrical and op...
We subjected III-V InGaAs MOSFETs to positive and negative gate stresses. The stress polarity strong...
DoctorAmorphous-InGaZnO (a-IGZO) thin-film transistors (TFTs) are promising device for display appli...
The bias stress effect in pentacene organic thin-film transistors has been investigated. The transis...