Newport MKS Datasheets for Fiber Optic Polarizers
Fiber optic polarizers (FOP) are placed inline to improve the extinction characteristics of fiber optic cable. They allow the transmission of only one polarization, blocking light in unwanted polarization states.
Fiber Optic Polarizers: Learn more
| Product Name | Notes |
|---|---|
| Newport's Polarization Controllers are designed for those working with polarization sensitive devices and systems. The patented design, based on an all-fiber Babinet-Soleil compensator, can be used to generate any polarization... | |
| The 05LP-NIR Precision Linear Polarizers is constructed by laminating a polymer polarizing film between two high-precision glass windows. Each window has a high-efficiency 1100 to 1750 nm broadband NIR antireflection... | |
| The 05LP-VIS-B Precision Linear Polarizers is constructed by laminating a polymer polarizing film between two high-precision glass windows. Each window has a high-efficiency 430 to 670 nm broadband VIS antireflection... | |
| The 05P009AR.14 Polarcor™ Linear Polarizer is a 1/2 inch (12.7 mm) diameter linear polarizer with an 8.1 mm clear aperture offering 79% principle transmission in the 630 to 700 nm... | |
| The 05P109AR.16 Polarcor™ Linear Polarizer is a 1/2 inch (12.7 mm) diameter linear polarizer with an 8.1 mm clear aperture offering 89% principle transmission in the 740 to 860 nm... | |
| The 05P309AR.16 Polarcor™ Linear Polarizer is a 1/2 inch (12.7 mm) diameter linear polarizer with an 8.1 mm clear aperture offering 90% principle transmission in the 960 to 1160 nm... | |
| The 05P509AR.18 Polarcor™ Linear Polarizer is a 1/2 inch (12.7 mm) diameter linear polarizer with an 8.1 mm clear aperture offering 94% principle transmission in the 1500 to 1580 nm... | |
| The 10GL08 Glan-Laser Calcite Polarizer is designed for demanding applications requiring extreme polarization purity and high resistance to laser damage. Glan-laser polarizers are air-spaced, select-grade calcite prism pairs with the... | |
| The 10GL08AR.14 Glan-Laser Calcite Polarizer is designed for demanding applications requiring extreme polarization purity and high resistance to laser damage. Glan-laser polarizers are air-spaced, select-grade calcite prism pairs with the... | |
| The 10GL08AR.16 Glan-Laser Calcite Polarizer is designed for demanding applications requiring extreme polarization purity and high resistance to laser damage. Glan-laser polarizers are air-spaced, select-grade calcite prism pairs with the... | |
| The 10GL08AR.18 Glan-Laser Calcite Polarizer is designed for demanding applications requiring extreme polarization purity and high resistance to laser damage. Glan-laser polarizers are air-spaced, select-grade calcite prism pairs with the... | |
| The 10GL08AR.33 Glan-Laser Calcite Polarizer is designed for demanding applications requiring extreme polarization purity and high resistance to laser damage. Glan-laser polarizers are air-spaced, select-grade calcite prism pairs with the... | |
| The 10GT04 Glan-Thompson Calcite Polarizer provides high purity linear polarization for broadband sources or multiple laser wavelengths. The large acceptance angle of this polarizer allows it to be used in... | |
| The 10GT04AR.14 Glan-Thompson Calcite Polarizer provides high purity linear polarization for broadband sources or multiple laser wavelengths. The large acceptance angle of this polarizer allows it to be used in... | |
| The 10GT04AR.16 Glan-Thompson Calcite Polarizer provides high purity linear polarization for broadband sources or multiple laser wavelengths. The large acceptance angle of this polarizer allows it to be used in... | |
| The 10GT04AR.18 Glan-Thompson Calcite Polarizer provides high purity linear polarization for broadband sources or multiple laser wavelengths. The large acceptance angle of this polarizer allows it to be used in... | |
| The 10LP-NIR Precision Linear Polarizers is constructed by laminating a polymer polarizing film between two high-precision glass windows. Each window has a high-efficiency 1100 to 1750 nm broadband NIR antireflection... | |
| The 10LP-UV Precision Linear Polarizers is constructed by laminating a polymer polarizing film between two high-precision fused silica windows. Each window has a high-efficiency 310 to 400 nm broadband UV... | |
| The 10LP-VIS-B Precision Linear Polarizers is constructed by laminating a polymer polarizing film between two high-precision glass windows. Each window has a high-efficiency 430 to 670 nm broadband VIS antireflection... | |
| The 10P009AR.14 Polarcor™ Linear Polarizer is a 1 inch (25.4 mm) diameter linear polarizer with an 20.8 mm clear aperture offering 79% principle transmission in the 630 to 700 nm... | |
| The 10P109AR.16 Polarcor™ Linear Polarizer is a 1 inch (25.4 mm) diameter linear polarizer with an 20.8 mm clear aperture offering 89% principle transmission in the 740 to 860 nm... | |
| The 10P309AR.16 Polarcor™ Linear Polarizer is a 1 inch (25.4 mm) diameter linear polarizer with an 20.8 mm clear aperture offering 90% principle transmission in the 960 to 1160 nm... | |
| The 10WLP08 Wollaston Calcite Polarizing Prism provides high purity linear polarization for broadband sources or multiple laser wavelengths. The unique feature of this polarizer is to provide both output beams... | |
| The 10WLP08AR.14 Wollaston Calcite Polarizing Prism provides high purity linear polarization for broadband sources or multiple laser wavelengths. The unique feature of this polarizer is to provide both output beams... | |
| The 10WLP08AR.16 Wollaston Calcite Polarizing Prism provides high purity linear polarization for broadband sources or multiple laser wavelengths. The unique feature of this polarizer is to provide both output beams... | |
| The 10WLP08AR.18 Wollaston Calcite Polarizing Prism provides high purity linear polarization for broadband sources or multiple laser wavelengths. The unique feature of this polarizer is to provide both output beams... | |
| The 11B00HP.4 is a high-energy Nd:YAG thin film polarizer, made of N-BK7 Grade A glass, with dimensions of 14.3 x 28.6 mm, and optimized for 532 nm. Superior high-energy polarizer... | |
| The 11B00HP.6 is a high-energy Nd:YAG thin film polarizer, made of N-BK7 Grade A glass, with dimensions of 14.3 x 28.6 mm, and optimized for 1064 nm. Superior high-energy polarizer... | |
| The 11B00UP.25 thin film polarizer provides superior performance and minimum pulse dispersion in ultrafast Ti:Sapphire regenerative amplifiers. It has a polarization extinction of 5:1 from 700–900 nm and supports higher... | |
| The 11B00UP.26 thin film polarizer provides superior performance and minimum pulse dispersion in ultrafast Ti:Sapphire regenerative amplifiers. It features a polarization extinction of 95:1 over a bandwidth of 785–815 nm. | |
| The 11Q00HP.2 is a high-energy Nd:YAG thin film polarizer, made of UV grade fused silica, with dimensions of 14.3 x 28.6 mm, and optimized for 355 nm. Superior high-energy polarizer... | |
| The 20LP-NIR Precision Linear Polarizers is constructed by laminating a polymer polarizing film between two high-precision glass windows. Each window has a high-efficiency 1100 to 1750 nm broadband NIR antireflection... | |
| The 20LP-UV Precision Linear Polarizers is constructed by laminating a polymer polarizing film between two high-precision fused silica windows. Each window has a high-efficiency 310 to 400 nm broadband UV... | |
| The 20LP-VIS-B Precision Linear Polarizers is constructed by laminating a polymer polarizing film between two high-precision glass windows. Each window has a high-efficiency 430 to 670 nm broadband VIS antireflection... | |
| The 5511 General Purpose Sheet Polarizer is perfect for those in-between times when you need a polarizer with a large aperture and acceptance angle, but you don't need the high... | |
| The 5524 VIS Glan-Thompson Polarizer is built into a rotation stage, which easily mounts into standard 1.0 in. diameter mirror mounts or rotary stages. At the interface between two calcite... | |
| The 5525 VIS-NIR Glan-Thompson Polarizer is built into a rotation stage, which easily mounts into standard 1.0 in. diameter mirror mounts or rotary stages. At the interface between two calcite... | |
| The 5526 NIR Glan-Thompson Polarizer is built into a rotation stage, which easily mounts into standard 1.0 in. diameter mirror mounts or rotary stages. At the interface between two calcite... | |
| The F-ILP-1-F-SP-FA Fiber Optic In-Line Polarizer is designed for 1310 nm fiber optic networks and measurement applications, which include polarization analyzing, polarization monitoring and control, Signal-to-Noise Ratio (SNR) monitoring, Polarization... | |
| The F-ILP-1-F-SS-FA Fiber Optic In-Line Polarizer is designed for 1310 nm fiber optic networks and measurement applications, which include polarization analyzing, polarization monitoring and control, Signal-to-Noise Ratio (SNR) monitoring, Polarization... | |
| The F-ILP-1-F-SS-FP Fiber Optic In-Line Polarizer is designed for 1310 nm fiber optic networks and measurement applications, which include polarization analyzing, polarization monitoring and control, Signal-to-Noise Ratio (SNR) monitoring, Polarization... | |
| The F-ILP-2-F-SP-FA Fiber Optic In-Line Polarizer is designed for 1550 nm fiber optic networks and measurement applications, which include polarization analyzing, polarization monitoring and control, Signal-to-Noise Ratio (SNR) monitoring, Polarization... | |
| The F-ILP-2-F-SP-FP Fiber Optic In-Line Polarizer is designed for 1550 nm fiber optic networks and measurement applications, which include polarization analyzing, polarization monitoring and control, Signal-to-Noise Ratio (SNR) monitoring, Polarization... | |
| The F-ILP-2-F-SS-FA Fiber Optic In-Line Polarizer is designed for 1550 nm fiber optic networks and measurement applications, which include polarization analyzing, polarization monitoring and control, Signal-to-Noise Ratio (SNR) monitoring, Polarization... | |
| The F-ILP-2-F-SS-FP Fiber Optic In-Line Polarizer is designed for 1550 nm fiber optic networks and measurement applications, which include polarization analyzing, polarization monitoring and control, Signal-to-Noise Ratio (SNR) monitoring, Polarization... | |
| The F-ILP-2-N-SP-FP Fiber Optic In-Line Polarizer is designed for 1550 nm fiber optic networks and measurement applications, which include polarization analyzing, polarization monitoring and control, Signal-to-Noise Ratio (SNR) monitoring, Polarization... | |
| The F-ILPC-13-APC In-line Polarization Controller is suitable for fiber optic systems and experiments where small size is needed. It performs like the bulky paddle controllers but can fit into most... | |
| The F-ILPC-13-PC In-line Polarization Controller is suitable for fiber optic systems and experiments where small size is needed. It performs like the bulky paddle controllers but can fit into most... | |
| The F-ILPC-15-APC In-line Polarization Controller is suitable for fiber optic systems and experiments where small size is needed. It performs like the bulky paddle controllers but can fit into most... | |
| The F-ILPC-15-PC In-line Polarization Controller is suitable for fiber optic systems and experiments where small size is needed. It performs like the bulky paddle controllers but can fit into most... | |
| The F-PBC-15-PM-FP Polarization Beam Combiner/Splitters can be used to combine light from two PM input fibers into a single output fiber, or to separate the orthogonal polarization components of an... | |
| The F-PBC-15-SM-FA Polarization Beam Combiner/Splitters can be used to combine light from two PM input fibers into a single SMF-28 output fiber, or to separate the orthogonal polarization components of... | |
| The F-PMC-633-10 Polarization Maintaining (PM) Fiber Optic Coupler utilizes evanescent wave coupling to provide a fixed 10/90 ratio 2x2 coupler, with high polarization extinction ratio (PER) and low insertion loss... | |
| The F-PMC-850-50 Polarization Maintaining (PM) Fiber Optic Coupler utilizes evanescent wave coupling to provide a fixed 50/50 ratio 2x2 coupler, with high polarization extinction ratio (PER) and low insertion loss... | |
| The LPGF-1 Linear Polarizing Glass Filter has a 25.4 mm diameter and is 2.0 mm thick. It is constructed by laminating a polymer polarizing film between two high-precision glass windows. | |
| The LPGF-2 Linear Polarizing Glass Filter has a 50.0 mm diameter and is 2.4 mm thick. It is constructed by laminating a polymer polarizing film between two high-precision glass windows. | |
| The LPNIR-1 NIR Linear Polarizer has a 25.0 mm diameter and is 2.0 mm thick. It is constructed by laminating a polymer polarizing film between two high-precision glass windows. The... | |
| The LPNIR-2 NIR Linear Polarizer has a 25.0 mm diameter and is 2.0 mm thick. It is constructed by laminating a polymer polarizing film between two high-precision glass windows. The... |