Radiation performance of AlGaAs and InGaAs concentrator cells and expected performance of cascade structures
H. B. Curtis, C. K. Swartz, R. E. Hart
Abstract
H. B. Curtis, C. K. Swartz, R. E. Hart
Abstract
Aluminum gallium arsenide, GaAs, silicon and InGaAs cells have been irradiated with 1-MeV electrons and 37-MeV protons. These cells are candidates for individual cells in a cascade structure. Data are presented for both electron and proton irradiation studies for one sun and a concentration level of 100X AM0. Results of calculations on the radiation resistance of cascade cell structures based on the individual cell data are also presented. Both series-connected and separately connected structures are investigated.
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Aluminum gallium arsenide, GaAs, silicon and InGaAs cells have been irradiated with 1-MeV electrons and 37-MeV protons. These cells are candidates for individual cells in a cascade structure. Data are presented for both electron and proton irradiation studies for one sun and a concentration level of 100X AM0. Results of calculations on the radiation resistance of cascade cell structures based on the individual cell data are also presented. Both series-connected and separately connected structures are investigated.
Key concepts: Gallium arsenide, Cascade, Optoelectronics, Silicon, Materials science, Proton, Concentrator, Irradiation