Linear Variable Filters for Fluorescence and Hyperspectral Imaging Applications

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Transcript of Linear Variable Filters for Fluorescence and Hyperspectral Imaging Applications

Page 1: Linear Variable Filters for Fluorescence and Hyperspectral Imaging Applications
Page 2: Linear Variable Filters for Fluorescence and Hyperspectral Imaging Applications

Content

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Delta Optical Thin Film Today

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Optical Thin Film Technology

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Applications

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Product Range

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TopPride Filter-set FSTP 0050

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Construction and Properties of Delta’s Filters

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Advantages of Delta’s Linear Variable Filters

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Examples of Applications

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LVF in a Fluorescence Micro Plate Reader

(Source: http://www.bmglabtech.com/en/technology/microplate-reader-technology/obj-51-934.html)

“The advanced [LVF] monochromators, having continually

adjustable wavelengths … and bandwidths … for excitation

and emission, have significantly increased performance over

conventional monochromators.”

“The high transmission and the outstanding blocking of stray

light give the CLARIOstar’s monochromator system filter-like

performance.”

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Linear Variable LWP Filters

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Comparison with Competitor’s LVLWP Filters

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Linear Variable SWP Filters

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Comparison with Competitor’s LVSWP Filters

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Forming a Band Pass Filter

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Fluorescence Spectrometer with LVF

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Measured Raman Spectrum of Cyclohexane

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Linear Variable Dichroic for AOI = 45º

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Dependence on the Width of the Light Spot

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Dependence on the Angle of Incidence

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Linear Variable Narrow Band Filter

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Comparison with competitor’s Narrow Band Filters

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Comparison of Blocking of Lin Var BP Filters

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LVNIRBP Transmission Spectra

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New Ultra-narrow LVVISBP

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New Ultra-narrow LVVISBP

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New LVUVVISBP

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New LVUVVISBP

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New LVBPFs for Hyperspectral Imaging

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HSI filter 450 nm to 880 nm, 24 mm x 36 mm

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HSI filter 450 nm to 850 nm, 25 mm x 25 mm

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Point, Line or Area Scan Spectrometer based on a

Linear Variable Bandpass Filter

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Conclusion

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