C3MJ+ 39.2% Point Focus Solar Cells
Consult Spectrolab Inc''s C3MJ+ 39.2% Point Focus Solar Cells brochure on AeroExpo. Page: 1/2.
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Consult Spectrolab Inc''s C3MJ+ 39.2% Point Focus Solar Cells brochure on AeroExpo. Page: 1/2.
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Epitaxial Structure Triple junction solar cell on Germanium substrate GaInP (1.88 eV) / GaInAs (1.41 eV) / Ge (0.67 eV)
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Cells are supplied fully tested and sorted into performance bins based on measured current at 2.68V load. Parts are supplied in waffle trays. 2009 Spectrolab, Inc. All Rights Reserved Specifications
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Epitaxial Structure Triple junction solar cell on Germanium substrate GaInP (1.88 eV) / GaInAs (1.41 eV) / Ge (0.67 eV)
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The aim of this paper is to simulate the behavior of a C3MJ+ triple-junction solar cell by determining its J-V characteristics curve and its P-V curve.
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The evolutionary C3MJ+ and the C4MJ cell technologies are the latest in a sequence of CPV solar cell designs, with conversion efficiencies approaching or greater than 40%.
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CPV Small Aperture Point Focus Solar Cell C3MJ Third Generation CPV Technology Product Description Typical Efficiency 38.5% Recommended operating temperature <110°C
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The evolutionary C3MJ+ and the C4MJ cell technologies are the latest in a sequence of CPV solar cell designs, with conversion efficiencies approaching or greater than 40%.
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PDF | On Nov 1, 2016, Mensah K. Anaty and others published Modeling and simulation of a C3MJ+ triple junction solar cell using Matlab/Simulink | Find, read and cite all the research you need...
View DetailsPDF version includes complete article with source references. Suitable for printing and offline reading.