Glan Laser Prism 350 - 2300nm 6mm Aperture
GLP2-06-21SN
The Glan Laser polarizer are designed to provide an enhanced laser damage threshold for high power lasers and high energy laser pulses. The transmission loss is minimal, and a high extinction ratio below 5×10-5 is obtained. The Calcite type that can be used in the visible to the infrared region, and α-BBO crystal type usable in the ultraviolet region are available.
◦The two prisms are mounted with a small gap (air-gap) to eliminate the adhesive and reduce laser damage.
◦Gran Laser prism is housed in a metal frame. The polarization component which does not pass through the prism exit out of the frame through port (hole) of the metal frame.
◦Since there are two ports, the prism can also be used by replacing the input and output direction.
◦A single-layer anti-reflection coating has been applied on the surface of the Glan Laser prism to provide higher transmittance.
◦Gran Laser prism is housed in a metal frame. The polarization component which does not pass through the prism exit out of the frame through port (hole) of the metal frame.
◦Since there are two ports, the prism can also be used by replacing the input and output direction.
◦A single-layer anti-reflection coating has been applied on the surface of the Glan Laser prism to provide higher transmittance.
Name | Glan Laser Prism 350 - 2300nm 6mm Aperture |
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Weight | 0.0090lbs |
Standard Coatings Available | No |
Guide |
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Remark | - |
Attention |
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Image Label | Glan Laser Prism 350 - 2300nm 6mm Aperture |
Material | α-BBO , Calcite |
Angular deviation of beam | <3′ |
Transmitted wavefront distortion | λ/4 |
Coating | Both surfaces ; MgF2 single-layer antireflection coating |
Laser Damage Threshold | 2J/cm2 (Laser pulse width ; 10ns ) |
Surface Quality (Scratch-Dig) | 20-10 |
Wavelength Range | 350 - 2300nm |
Extinction ratio | <5×10-5 |
φA | φ6mm |
φD×L | 15×21mm |
In stock
SKU
GLP2-06-21SN
SGD 817.10
The Glan Laser polarizer are designed to provide an enhanced laser damage threshold for high power lasers and high energy laser pulses. The transmission loss is minimal, and a high extinction ratio below 5×10-5 is obtained. The Calcite type that can be used in the visible to the infrared region, and α-BBO crystal type usable in the ultraviolet region are available.