A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Simulation of the tunnelling current in heavily doped pn-junctions
In a monolithic MJ solar cell the subcells are interconnected by tunnel diodes. Simulations using the program DESSIS might help to understand and to improve the performance of tunnel diodes. In this work we have investigated the capability of the Hurkx model for the numerical modelling of a tunnel diode. Parameters of the Hurkx model were carefully varied. However, so far experimentally obtained IV curves of a tunnel diode could not be verified by the simulations.
Simulation of the tunnelling current in heavily doped pn-junctions
In a monolithic MJ solar cell the subcells are interconnected by tunnel diodes. Simulations using the program DESSIS might help to understand and to improve the performance of tunnel diodes. In this work we have investigated the capability of the Hurkx model for the numerical modelling of a tunnel diode. Parameters of the Hurkx model were carefully varied. However, so far experimentally obtained IV curves of a tunnel diode could not be verified by the simulations.
Simulation of the tunnelling current in heavily doped pn-junctions
Mack, B. (author) / Hermle, M. (author) / Philipps, S. (author) / Bett, A.W. (author)
2006
4 pages
Conference paper
Electronic Resource
English
Numerical Simulation in Tunnelling
| UB Braunschweig | 2003
Numerical simulation in tunnelling
| TIBKAT | 2003
Numerical Simulation in Tunnelling
| TIBKAT | 2003