LED lamp temperature-dependent optical characteristic change measurement device
Measurement of changes in optical performance due to temperature rise of the LED lamp.
Various characteristics of LED lamps, including temperature dependence, can be measured with a single device.
basic information
● Measurement of temperature vs optical characteristics of LED lamps (temperature dependence) * Measure the correlation between junction temperature changes and changes in optical characteristics (up to 250°C) * Measure the correlation between environmental temperature changes and changes in optical characteristics (room temperature to 100°C) ● Measurement of optical characteristics of LED lamps * Spectrum and Color (wavelength range: 200 to 1100 nm) * Intensity and Flux ● Measurement of electrical vs optical characteristics of LED lamps * Measure the correlation between current and changes in optical characteristics ● Measurement of 2D/3D light spatial distribution of LED lamps * Theta: -90° to 90° / Phi: -180° to 180°
Price information
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Delivery Time
Model number/Brand name
LED Master!
Applications/Examples of results
It is effective for research and development of LED manufacturers and LED assembly manufacturers, as well as for quality assurance during mass production.
