Precise Wavelength Typing for LED Chips – Flexible Spectral Binning for Sensor and Measurement Applications

Especially in sensory applications, the exact spectral characteristics are particularly important. Here, grouping according to peak wavelength or centroid wavelength is often much more meaningful and closer to the application. 

Our offer: Precise typing – tailored to your application.

Chips 4 Light GmbH is one of the few suppliers to offer you the option of flexibly typing LED chips according to various wavelength parameters:

• Lambda dom according to classic color standard
• Lambda peak
• Lambda centroid
• Optionally also in mW instead of lumens 

These options are rare in the industry and represent clear added value – especially for OEMs, laboratory applications, measurement technology, and sensor systems.

Out of our portfolio:

LED Chip in green (by centroid wavelength and mW)
C4L-P20X2

LED Chip in red (by centroid wavelength and mW)
C4L-H20T6

Other LED chips on request, please contact us!

Your advantage as customer: 

More precise selection of the chips required for demanding sensor and measurement applications 

Higher process stability, as the spectral parameters are more precisely tailored to your application.

Definitions: 

The dominant wavelength is a colorimetric term. It describes the wavelength of monochromatic (single-color) light that would have the same perceived color as the given light source.

The peak wavelength is the wavelength at which the spectral distribution of a light source spectrum reaches its maximum—in other words, the point at which the light source emits most strongly.

The centroid wavelength is the intensity-weighted average of the wavelengths – i.e., the “center of gravity” of the spectrum.

Further technical details can be found on our website: 
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