How to simulate diode pc1d
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2-Part 'region': it is in this part that introduces the essential parameters related to component device region (type of materials used, thickness, doping type. Main window of PC1D 1-The part device : this part contains the general information on the device which we want to simulate.
HOW TO SIMULATE DIODE PC1D SOFTWARE
The files of the solar spectrum are also available in this software mainly AM0 and AM1.5 spectrum.the main window of PC1D is as follows: 1ΔΆ We distinguish essentially 5 parts: Figure 1.
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The PC1D contains libraries files with the parameters of the crystalline semi-conductors used in the photovoltaic technology as the GaAS, a-si, AlGaAs, Si, InP, and Ge. It allows to simulate the behavior of photovoltaic structures based on semiconductor by respecting to one-dimensional (axial symmetry). This software was developed in Australia at the university South Wales of Sydney. INTRODUCTION The numerical simulation software PC1D (Personal Computer One Dimensional) is very used in the simulation of solar cells. KEYWORDS PC1D, Characteristic I-V, Thickness, Doping 1. To study this, we are going to use a very known software in the mode of the simulation of solar cells, the PC1D, and we are going, at the end, to draw a conclusion around the ideal parameters that a good solar cell has to have. Thus, the junction p-n, its characteristics, its components and its dimensions are the parameters responsible of the efficiency and the performances of a solar cell. A part of the absorbed photons generates pairs electron-hole in which an electric field created in the zone of load of space of a junction p n. This conversation is based on the photovoltaic effect engendered by the absorption of photons. ABSTRACT A way of exploiting the solar energy is to use cells photovoltaic which convert the energy conveyed by the incidental radiation in a continuous electric current. BENYOUCEF 3 1,2,3 Research Unit Materials and Renewable Energy, Department of Physics,University of Abou Bekr Belkaid-Tlemcen, BP: 119 Tlemcen 13000, Algeria. 1 SIMULATION OF THE SOLAR CELLS WITH PC1D, APPLICATION TO CELLS BASED ON SILICON M.