LED Test System suits discrete LEDs, arrays, and assemblies.

Press Release Summary:




Offered in 3 configurations, MLED modular LED test system provides spectral measurements in compliance with CIE-127 design needs. MLED base system consists of 2,048-element CCD spectrometer, internal calibration lamp with power supply, and set of 3 calibrated neutral density filters. Unit includes built-in USB port, Condition B intensity tube for ILEDB, and 10 cm CIE-compliant measurement of luminous intensity, spectral intensity, and derived colorimetric information.



Original Press Release:



Modular LED Test System Provides Complete Spectral Measurement of Devices, Arrays, and Assemblies



May 25, 2007 - Edmund Optics (EO) the premier provider of optical components and tools, today announced the availability of its MLED modular LED test and measurement system. Available in three configurations for discrete LEDs, arrays, and assemblies, MLED test systems offer complete spectral measurements in compliance with CIE-127 design requirements. Data acquisition through the built-in USB port provides spectral, color, power, lumens, purity, and peak dominant wavelength information.

The MLED base system consists of a 2048-element CCD spectrometer, an internal calibration lamp with power supply, and a set of three calibrated neutral density filters to extend the system's dynamic range. The unit also includes a Condition B intensity tube for ILEDB, 10 cm (0.01sr) CIE-compliant measurement of luminous intensity, spectral intensity, and all derived colorimetric information. The calibration lamp, traceable to NIST standards, is characterized for spectral flux and provides users with a simple, in-house method for system recalibration.

The CCD spectrometer uses a 2048-element CCD array and offers a resolution of 1.5 nm with 0.5 nm accuracy over a range of 350 to 1000 nm. The detector is capable of measuring luminous flux to 200 lumens using the OD2 filter and measuring luminous intensity using the Condition B tube. Exposure time ranges from 5 ms to 3 sec and stray light is 0.05% at 600 nm. LED socket holders, sold separately, are required for making intensity measurements

The base unit (MLED-2) includes a 2-inch diameter integrating sphere with ½-inch diameter input port for making measurements on discrete devices. The MLED-6 system included the MLED-2 along with a 6-inch integrating sphere assembly to which the base unit mounts. The MLED-6 is used for intensity measurements of high-power LEDs and for flux measurements of LED assemblies up to 1.5 inches in diameter and is designed for external mounting of samples.

The MLED-12 system consists of the MLED-2 base and a 12-inch integrating sphere with 4-inch diameter port. The sphere includes a pre-wired post with sample holder that can connect with the user's power supply to power internally mounted samples. Samples can also be placed externally at the sphere's port. The MLED-12 is ideal for flux measurements of larger LED assemblies and arrays.

Price and Availability

The MLED modular test systems are in stock and start at $9250 for the MLED-2. Power supplies, LED socket holders, and replacement lamps and tubes are also available.

About EO:

Edmund Optics (EO) is a leading producer of optics, imaging, and photonics technology for R&D, electronics, semiconductor, pharmaceutical, biomedical, and military markets around the globe. EO is the world's largest supplier of off-the-shelf optical components. Customers can purchase items by contacting EO at 1-800-363-1992, via the catalog, or via the website at www.edmundoptics.com

Company Contact:
Marisa Edmund
Vice President, Marketing
Edmund Optics, Inc.
101 East Gloucester Pike
Barrington, NJ 08007 U.S.A.
Phone: 1-800-363-1992
Fax: 1-856-573-6295
email: medmund@edmundoptics.com

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