Standard Glan-Tompson Polarizer DUVGT-08
Description
The reason the wavelength region which can be used as light polarizer is large, it is the optimal light polarizer for a spectrophotometer or an ultraviolet lamp light source use. "DUV Glan-Thompson Polarizer" is a completely different structure as compared with the common Glan-Thompson prism polarizer. Calcite is not used, Only using a transparent material to a ultraviolet light region, the part which is usually an adhesive layer is transposed to a crystal, and it is assembling by optical contact. From the reason for the above, a DUV Glan-Thompson prism shows the characteristic which was excellent in the usual Glan-Thompson prism also by the short wavelength side. However, it is not in the polarizer for high-power laser, because each components are assembled by optical contact. Please do not use it as much as possible to laser of λ≦ 200 nm.
Standard Glan-Tompson Polarizer DUVGT-08
Specifications |
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Material: | Not Available |
Wavelength Range: | 195-633nm |
Max Extinction Ratio: | >= 100000:1 |
Wavefront Distortion: | Not Specified |
Surface Quality (Input, Output Faces): | 10-5 scratch-dig |
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Ships from:
Japan
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Sold by:
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On FindLight:
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Frequently Asked Questions
The DUV Glan-Thompson Polarizer is optimal for use in a spectrophotometer or as a light source for an ultraviolet lamp.
The DUV Glan-Thompson Polarizer has a completely different structure and does not use calcite. It is assembled using a transparent material and optical contact.
No, it is not recommended to use the polarizer for high-power lasers as the components are assembled by optical contact.
The Extinction ratio at wavelengths 195nm, 199nm, 396nm, 532nm, and 633nm are 49.9dB, 48.8dB, 57dB, 58.4dB, and 58.5dB respectively.
Yes, the DUV Glan-Thompson Polarizer can be customized for beam deviation and there are other options available such as anti-reflection coating and size customization.