A precise model library based on an equivalent circuit is presented and discussed. The model fully describes the light and bias behaviours of organic photodiodes realized on plastic substrates. The sub circuit modelling consists of a single SPICE LEVEL1 diode, a light power dependent series resistance, a shunt resistance. A combined light-power and voltage-controlled current source is also used to emulate the sensitivity behaviour of the photodiode. Moreover the model also permits designers to follow the technology deviations through the inclusion of worst-case corners. Finally a statistical model is included in order to allow designers run Monte Carlo simulations
The technology of organic electronics has been rapidly grown and printed electronics are usually in ...
Photocurrent generated by ionizing radiation represents a threat to microelectronics in radiation en...
Organic light-emitting diodes (OLEDs) have been historically used extensively for displays, and more...
International audienceThis paper reviews the state of the art of organic photodetectors, used for la...
This report is dedicated to the modelling and understanding of organic devices functionement and mor...
[[abstract]]In this paper, a novel photodiode model that better describes the electro optical behavi...
This work introduces a compact DC model developed for organic thin film transistors (OTFTs) and its ...
This work presents Spice implementation of a compact DC model developed for Organic Thin Film Transi...
We present experimental and device model results for electron only, hole only, and bipolar organic l...
Modeling the interaction of ionizing radiation, either light or ions, in integrated circuits is esse...
This paper demonstrates that organic light-emitting diodes (OLEDs) of different structures can be ch...
As the success and scope of organic electronics increases, there is a pressing need, and valuable po...
Now organic thin film transistor technology gains growing maturity, high performance organic photode...
A behavior model of a photo-diode is presented. The model describes the relationship between photocu...
This paper describes the electrical and spectral characteristics of different layers to construct ph...
The technology of organic electronics has been rapidly grown and printed electronics are usually in ...
Photocurrent generated by ionizing radiation represents a threat to microelectronics in radiation en...
Organic light-emitting diodes (OLEDs) have been historically used extensively for displays, and more...
International audienceThis paper reviews the state of the art of organic photodetectors, used for la...
This report is dedicated to the modelling and understanding of organic devices functionement and mor...
[[abstract]]In this paper, a novel photodiode model that better describes the electro optical behavi...
This work introduces a compact DC model developed for organic thin film transistors (OTFTs) and its ...
This work presents Spice implementation of a compact DC model developed for Organic Thin Film Transi...
We present experimental and device model results for electron only, hole only, and bipolar organic l...
Modeling the interaction of ionizing radiation, either light or ions, in integrated circuits is esse...
This paper demonstrates that organic light-emitting diodes (OLEDs) of different structures can be ch...
As the success and scope of organic electronics increases, there is a pressing need, and valuable po...
Now organic thin film transistor technology gains growing maturity, high performance organic photode...
A behavior model of a photo-diode is presented. The model describes the relationship between photocu...
This paper describes the electrical and spectral characteristics of different layers to construct ph...
The technology of organic electronics has been rapidly grown and printed electronics are usually in ...
Photocurrent generated by ionizing radiation represents a threat to microelectronics in radiation en...
Organic light-emitting diodes (OLEDs) have been historically used extensively for displays, and more...