Pulse Compression Holographic Diffraction Grating
Description
Currently holographic diffraction gratings are widely used in a variety of systems for controlling the laser radiation parameters. Since the hologram method allows gratings large enough and with a large spatial frequency, of special interest to such gratings shown when used in systems of formation and compression of laser pulses and generating output of light fields. Recently, widespread holographic diffraction gratings for the formation and compression of laser pulses in the infrared range of the spectrum. These gratings are increased requirements for both the diffraction efficiency (DE), and radiation resistance.
Pulse Compression Holographic Diffraction Grating
Specifications |
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Groove Density: | 1200 l/mm |
Spectral Range: | 900-1100nm |
Blaze: | Blazed |
Blaze Wavelength: | -- nm |
Dimension (Length): | 240 mm |
Dimension (Height): | 380 mm |
Dimension (Thickness): | -- mm |
Substrate Material: | Custom |
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Ships from:
Russia
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Sold by:
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On FindLight:
External Vendor
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Frequently Asked Questions
Holographic diffraction gratings are used in systems for controlling laser radiation parameters, such as formation and compression of laser pulses and generating output of light fields.
Holographic diffraction gratings used in laser pulse compression have increased requirements for both diffraction efficiency (DE) and radiation resistance.
The holographic diffraction gratings produced by HoloGrate, JSC have a high diffraction efficiency of 90% for polarized radiation.
The damage threshold of the holographic diffraction gratings for laser pulses depends on the applied reflective coating, ranging from 0.15 J/cm² to over 1.5 J/cm².
The holographic diffraction gratings produced by HoloGrate, JSC have a size range of up to 240x380.