Used for splitting the p-polarized and s-polarized components of incident light

Dual-sided narrowband polarizing beamsplitter coating design, with an extinction ratio of Tp:Ts > 10000:1 at 45° incidence angle

UV fused silica substrate with 9 optional operating wavelengths within the 405 nm-1550 nm spectral range

Two linearly polarized light beams with a high extinction ratio obtained at the transmission end when the non-polarized light is incident in the forward direction, with an extinction ratio up to 100,000:1.

Two crystals bonded together with adhesive

Pre-installed in a black anodized mechanical housing that is non-detachable, with engraved schematic diagram of the markings indicating the incident direction. SM1 external threads engraved on one end of the housing with retaining rings for reverse locking and prism polarization direction control; with an optical arm on the other end both compatible with the LBTEK mounts for convenient use by customers..

Two orthogonally polarized light beams obtained at the transmission end when the non-polarized light is incident, with an extinction ratio up to 100,000:1.

Bonded with the adhesive when the material is calcite, optical contact process adopted when the material is α-BBO.

Pre-installed in a black anodized mechanical housing that is non-detachable. SM1 external threads engraved on one end of the housing with retaining rings for reverse locking and prism polarization direction control; with an optical arm on the other end both compatible with the LBTEK mounts.

High extinction ratio: >10000:1, >100000:1

Optical element material: Calcite, α-BBO

Operating wavelength: 200 nm-3.0 μm

High extinction ratio: >10000::1, >100000:1

Working wavelength: Calcite, α-BBO

Working wavelength: 200 nm-3.0 μm

Design wavelength: 780 nm-1550 nm optional

Phase retardation δ=π/2

Commonly used to convert linearly polarized light into circularly polarized light

Design wavelength: 405 nm-1550 nm optional

Phase retardation δ = π

Commonly used for rotating the polarization direction of linearly polarized light

Design wavelength: 405 nm, 532 nm, 633 nm, 780 nm, 808 nm, 830 nm, 850 nm, 1030 nm, 1064 nm, and 1550 nm

Extinction ratio (Tp:Ts): >3000:1

Application: separating P-polarized light and S-polarized light