A theoretical study on charge transport in organic field effect transistors, across the entire dimension scale is presented. Firstly, on the atomistic scale, how charges flow between individual molecules is investigated, using first principle methods. On the macro-scale level, models that describe charge transport in the presence of performance limiting factors are used, to characterize organic transistors. Thirdly, circuit level analysis is used to further expand on the macro-scale investigations and validate experimental data. The work in this thesis further acts as a basis towards a multi-scale approach.
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A theoretical study on charge transport in organic field effect transistors, across the entire dimension scale is presented. Firstly, on the atomistic scale, how charges flow between individual molecules is investigated, using first principle methods. On the macro-scale level, models that describe charge transport in the presence of performance limiting factors are used, to characterize organic transistors. Thirdly, circuit level analysis is used to further expand on the macro-scale investigatio...
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