Polarizer
Polarizer | Material | Illustration | Properties & Application Glan-Taylor Prism | α-BBO(190-3500) Calcite(350-2300) YVO4(450-5000) | | Air-spaced. Cutting angle close to Brewster ±s Angle. The extraordinary ray passes through straightly with little deviation. Sealed mount without escape windows. Suits for low to medium power application where the rejected beam is not required. Glan- Laser Prism | α-BBO(190-3500) Calcite(350-2300) | | Better than Glan Taylor polarizer. Mounted with escape windows. Suits for high power application. Glan-Thompson Prism | Calcite(350-2300) | | Cemented. Suits for low power application. Special design for ratio of L/A (length/aperture) guarantees wide acceptance angle. Wollastom Prism | Calcite(350-2300) | | Cemented. Both ordinary and extraordinary beams are deviated. Suits for low power application and where large deviation is required. Rochon Prism | α-BBO | | Broad wavelength range. High UV transmission.n High extinction ratio. Large field angle.
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Non-polarizing beamsplitter prism (NPBS) UBPBS010
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Dimensions: 12.7 mm × 12.7 mm × 12.7 mm Standard Wavelength [Optional standard wavelengths, not a continuous overall range]: 450-680, 650-850, 900-1200, 1250-1570, 1500-1610 nm Material: N-SF2 grade A optical glass
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Glan-Taylor prism
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Material: α-BBO，Calcite or YVO4 Wavelength Range [Material=α-BBO]: 200-3500 nm Extinction Ratio [Material=α-BBO]: ＜5×10⁻⁶
Glan Taylor Polarizer is made of two same birefringence material prisms which are separated by an air space. The polarizer with on side escape window is suitable for low to medium power application. Glan Taylor Polarizer will divide an entering unpolarized beam into beam rays, one is the extraordinary that is transmitted through the other side, and another is the ordinary ray that is totally internally reflected absorbed.
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