FIELD: physics, photography.
SUBSTANCE: photoconverter contains dielectric substrate, in-series monocrystal silicon layers with various conductivity-type regions. Monocrystal silicon layers of thickness 5-15 mcm are arranged co planar on a dielectric substrate and isolated from each other. One conductivity-type regions of each monocrystal silicon layer are jumpered to opposite conductivity-type regions of one adjacent monocrystal silicon layer. Terminal leads are provided on one area of monocrystal silicon layer of one-conductivity type and on the other area of monocrystal silicon layer of opposite conductivity type. According to the invention photoconverters illuminated with red or green light at exposure rate 100mWt/cm2 can develop output voltage over 1000V.
EFFECT: improved photoconverter efficiency.
2 ex, 2 dwg
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