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- b9e375ed-0fae-4151-b10a-b80ee4ff27cb definition "Solar Simulators are generally used in laboratory or production environments for precision testing and/or calibration of light-sensitive (e.g., photovoltaic) devices. Solar simulators are also used on terrestrial, aerospace and satellite products as a long-term simulated sunlight exposure system to test optical coatings, thermal control coatings, paints, etc. Pulse simulators make it possible to test large solar panels at a fraction of the cost of steady state solar simulators. Because the temperature of the solar cells under test are held constant, the need for thermocouple testing is eliminated, resulting in savings in both time and cost. [Source: Spectrolab]" @default.
- b9e375ed-0fae-4151-b10a-b80ee4ff27cb id "1655399" @default.
- b9e375ed-0fae-4151-b10a-b80ee4ff27cb path_id 83c39fd7-c4bd-49e9-959f-12235e7f895a @default.
- b9e375ed-0fae-4151-b10a-b80ee4ff27cb path_id b2140059-b3ca-415c-b0a7-3e142783ffe8 @default.
- b9e375ed-0fae-4151-b10a-b80ee4ff27cb path_id ff564c87-78f2-47eb-a857-a4bdc0a71ae5 @default.
- b9e375ed-0fae-4151-b10a-b80ee4ff27cb path_label "In Situ/Laboratory Instruments" @default.
- b9e375ed-0fae-4151-b10a-b80ee4ff27cb path_label "Instruments" @default.
- b9e375ed-0fae-4151-b10a-b80ee4ff27cb path_label "Radiation Sensors" @default.
- b9e375ed-0fae-4151-b10a-b80ee4ff27cb prefLabel "SOLAR SIMULATORS" @default.
- b9e375ed-0fae-4151-b10a-b80ee4ff27cb reference "" @default.
- b9e375ed-0fae-4151-b10a-b80ee4ff27cb tag "Instruments" @default.