OPI-620 HIGH POWER LED

Simultaneously measure optical and electrical property of high output LED to the change of temperature.Measure performance of high output single and multi chip LED.Measure optical and eelectrical properties at the same time, rapidly control temperature an

Measure performance of high output single and multi chip LED

• ㆍMeasure optical/Electrical properties of sample [Temp resolving power 0.1℃] by flexibly changing temperature between 40℃~100℃.

• ㆍMeasure various package types of high output, multi chip sample.

• ㆍConsisting of 4modules, check actual temperature of LED via temperature sensor on PCB.

• ㆍSimultaneously measure all conditions of temperature, optical measurement, and electrical property by one simple click.

Integrated measurement of optical and electrical properties

• ㆍoptical property measurement items.

• - Spectral properties : Peak wavelength, dominant wavelength, mid-wavelength, center wavelength, Full width half max, color coordinate, purity, color temperature, Color rendering index, etc.

• - Amount of light :Luminance, luminous intensity, intensity radiation, etc.

• ㆍElectrical property Measuring items.

• forward current, forward voltage, reverse current, reverse voltage, etc.

• ㆍSweep measurement items.

• current-voltage, voltage-current, current-optical properties, Temp-Electrical property, Temp-optical properties.

• ㆍ Measure pectral properties using high sensitive and resolution spectrometer.

• ㆍAccurate and stable measurement of optical power by correcting color in real time using total input optical system and spectrometer.

• ㆍMeasure lectrical property using high speed and precision 4 channel source meter.

• ㆍ Measure up to 3A of current stressing and print out in consecutive and pulse format.

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Accurate and rapid temperature control

• ㆍIndependently control temperature of 4 modules using thermo-element.

• ㆍTemperature range : -40℃~100℃, Tempresolving power : 0.1 ℃

• ㆍN2 chamber and dew sensor for dew-free measurement in minus degree.

• ㆍAccurate temp control using cooling plate and temp sensor on PCB.

Accurate location movement using X-Y-Z robot

• ㆍMove sample location accurately all the time using x-y robot.

• ㆍMinimize tolerance of results caused by difference of sample location.

Optimal for QA, R&D and reliability measurement

• ㆍcurrent-voltage, voltage-current, current-optical sweep measurement.

• ㆍMeasure optical and electrical properties to change of temperature and time.

• ㆍAdditional features provided upon user request. (Optional)