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| Oriel Matrix Spectrometers |
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78125 UV-VIS Matrix Spectrometer
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Highly sensitive spectrometers for measurement of very weak signals- 12X more throughput than traditional spectrometers, without compromise in resolution
- 12X more SNR (signal to noise ratio)
- Free space, compact design suitable for system integrators
- Three models – UV-VIS, VIS-NIR, and Raman spectrometers
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Product Description
Product Detail
Specifications
Catalog PDF
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Product Description
Finally, a spectrometer that doesn’t require a compromise between throughput and resolution! Newport’s new Multimodal Multiplex Spectroscopy based spectrometers, the Oriel Matrix series, is a truly revolutionary instrument; its unrivalled throughput and SNR let you measure very weak signals for wavelength ranges of:
UV-VIS (190 - 500 nm), VIS-NIR (350 - 1000 nm), and 785 nm Raman (797 - 927 nm)
Conventional spectrometers generally use a narrow entrance slit, which defines the system resolution - the narrower the slit, the higher the spectral resolution. The tradeoff lies in the fact that very little light can pass through a narrow slit; this results in low light throughput and therefore compromised sensitivity. The Oriel Matrix Spectrometer is based on an encoded wide area aperture, which yields up to 12X the light throughput of a traditional slit-based spectrometer and close to 100X that of a fiber-based spectrometer.
Finally, a spectrometer that doesn’t require a compromise between throughput and resolution! Newport’s new Multimodal Multiplex Spectroscopy based spectrometers, the Oriel Matrix series, is a truly revolutionary instrument; its unrivalled throughput and SNR let you measure very weak signals for wavelength ranges of:
UV-VIS (190 - 500 nm), VIS-NIR (350 - 1000 nm), and 785 nm Raman (797 - 927 nm)
Conventional spectrometers generally use a narrow entrance slit, which defines the system resolution - the narrower the slit, the higher the spectral resolution. The tradeoff lies in the fact that very little light can pass through a narrow slit; this results in low light throughput and therefore compromised sensitivity. The Oriel Matrix Spectrometer is based on an encoded wide area aperture, which yields up to 12X the light throughput of a traditional slit-based spectrometer and close to 100X that of a fiber-based spectrometer.
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Ordering Information | | Quantity | Model | Description | Price | | | 78125 | Oriel Matrix UV-VIS Spectrometer | | | | 78128 | Oriel Matrix VIS-NIR Spectrometer | | | | 77817 | 11 mm Flanged Fiber Optic Holder
Couples Liquid Light Guide to input of Oriel Matrix Spectrometer | | | | 78379 | 1.5 Inch Series Filter Slide
(Holds two 1.0 inch diameter ND filters) | |
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Liquid Light Guides (220 – 600 nm Transmittance Range for UV-VIS model) | | Quantity | Model | Core Diameter Inch (mm) | Total Length Inch (mm) | Numerical Aperature | F/# | Acceptance Cone, 2a | Min. Bend Radius
Inch (mm) | Price | | | 76840 | 0.12 (3) | 39.4 (1) | 0.43 | 1.2 | 50° | 1.6 (40) | | | | 76841 | 0.12 (3) | 79.0 (2) | 0.43 | 1.2 | 50° | 1.6 (40) | | | | 76842 | 0.2 (5) | 39.4 (1) | 0.43 | 1.2 | 50° | 2.4 (60) | | | | 76843 | 0.2 (5) | 79.0 (2) | 0.43 | 1.2 | 50° | 2.4 (60) | |
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