We offer a numerical simulation tool, AFORS-HET, for public use, which allows to model homo- as well as heterojunction devices. AFORS-HET is the short form of automat for simulation of heterostructures and can be downloaded via the internet: http://www.hml.de/bereiche/SE/SE1/projects/aSicSi/AFORSHET An arbitrary sequence of semiconducting layers can be modelled. A variety of boundary conditions can be chosen. The program solves the one dimensional semiconductor equations in steady-state and for small sinusoidal ac-perturbations. Furthermore, a variety of common characterisation techniques have been implemented, current-voltage (I-V), internal quantum efficiency (IQE), impedance, capacitance (CV, CT), static surface photovoltage (SPV), electron beam induced current (EBIC) and photoluminescence (PL). A user-friendly interface allows to easily perform parameter variations, and to visualise and compare your simulations.
CITATION STYLE
Froitzheim, A., Stangl, R., Elstner, L., Kriegel, M., & Fuhs, W. (2003). AFORS-HET: A computer-program for the simulation of hetero-junction solar cells to be distributed for public use. In Proceedings of the 3rd World Conference on Photovoltaic Energy Conversion (Vol. A, pp. 279–282).
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