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Product Alerts
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From Edmund Optics Inc.
Filters can be used to attenuate light either evenly across a certain portion of the spectrum (neutral density, polarizing, retarders, etc.) or unevenly (ie. Interference, dichroic, color). Typical applications for filters involve improving contrast or signal-to-noise ratio (imaging and non-imaging), isolating particular wavelengths (analytical chemistry and spectroscopy), and improving lens performance (usually imaging). Product Announcements
Topics of Interest
Filters can be used to attenuate light either evenly across a certain portion of the spectrum (neutral density, polarizing, retarders, etc.) or unevenly (ie. interference, dichroic, color). Typical...
(Read More)
John W. McMurdy, Gregory P. Crawford and Selim Suner
We have all the light we need, we just need to put it in practice.
Albert Pike
Biomedical spectroscopy and imaging are tools heavily...
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Absorption: The portion of optical attenuation in an optical fiber resulting from the conversion of optical power to heat; caused by impurities such as hydroxyl ions in the fiber.
A/B Switch: A...
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Defining your System Parameters: It is important to establish the fundamental system parameters for your application. From the fundamental parameters (FOV, WD, Resolution, etc.) and a few...
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Conventional narrowband interference filters are fabricated in two steps - one to determine the center wavelength and bandwidth of the filter, and a second step to determine its blocking capabilities.
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