Monochromator Grating 542 00 160
Description
Using Type IV aberration-corrected monochromator Gratings, a single concave grating disperses, collimates and refocuses the light from the entrance slit onto the exit slit. Wavelength scanning is obtained through a simple rotation of the grating. The groove spacing of these gratings is computeroptimized to produce high quality images with a minimum
of astigmatism and coma, even at large numerical aperture. Compared with Czerny-Turner monochromators (equipped with one plane grating, one collimating mirror and one focusing mirror) Type IV aberration corrected monochromator gratings provide much better light collection efficiency and signal-to-noise ratio.
Monochromator Grating 542 00 160
Specifications |
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|---|---|
| Spectral Range: | 5000-10000nm |
| Dispersion: | 64 nm/mm |
| Groove Density: | 100 l/mm |
| Deviation D: | 38 deg |
Features
In addition to the standard lists of Type IV flat field and monochromator gratings, HJY currently produces specific aberration-corrected concave gratings to maximize performance for a given application. In that case, using proprietary ray-tracing software, we optimize performance: resolution, throughput and signal to noise ratio. We need following data from our customers:
spectral range
configuration of use: monochromator or spectrograph
numeral aperture (F number) or size of grating
maximum overall dimension or maximum focal length
desired dispersion
desired resolution
entrance slit width and height or source geometry
minimum deviation: in general deviation has to be
minimum to improve correction of astigmatism, so indicate possible minimum deviation when overall dimensions of source, sample chamber and detector are taken into consideration.
at exit: if monochromator, exit slit width and height, and if flat field, length of detector, height and width of pixel.
For pricing, technical or any other questions please contact the supplier
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How to order?
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Ships from:
United States
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Sold by:
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On FindLight:
since 2016
Frequently Asked Questions
Customers need to provide spectral range, configuration of use (monochromator or spectrograph), numerical aperture (F number) or size of grating, maximum overall dimension or maximum focal length, desired dispersion, desired resolution, entrance slit width and height or source geometry, minimum deviation, and at exit, if monochromator, exit slit width and height, and if flat field, length of detector, height, and width of pixel.
Yes, in addition to the standard lists of Type IV flat field and monochromator gratings, HORIBA Jobin Yvon currently produces specific aberration-corrected concave gratings to maximize performance for a given application, using proprietary ray-tracing software to optimize performance: resolution, throughput, and signal-to-noise ratio.
It is a grating that disperses, collimates, and refocuses light from the entrance slit onto the exit slit, with wavelength scanning achieved through a simple rotation of the grating. The groove spacing of these gratings is optimized to produce high-quality images with minimal astigmatism and coma, even at large numerical aperture.
HORIBA Jobin Yvon offers complete customer service, including expert technical advice for optimizing system configurations to meet customers' needs. They are ISO9001:2000 certified, and their well-staffed departments are committed to customer satisfaction and product quality.
Type IV aberration-corrected monochromator gratings provide much better light collection efficiency and signal-to-noise ratio compared to Czerny-Turner monochromators, which are equipped with one plane grating, one collimating mirror, and one focusing mirror.