Broadband non-polarizing beam splitter cube
Japan Laser Co., Ltd.
About This Product
■Features
・Metal-dielectric hybrid coating
・Split the laser 50:50
・Broadband, wavelength independent
・Unrelated to polarization
■Compatibility with wavelength tunable lasers
Broadband nonpolarizing hybrid cube beamsplitters have moderate absorption but minimal polarization sensitivity. The broad spectral flatness of these beamsplitters makes them ideal for use with multiple light sources or tunable lasers.
■Orientation
A cube beam splitter is formed by joining two right angle prisms. One of the prisms has a partially reflective metal dielectric coating applied to the hypotenuse. To minimize the power passing through the optical cement, the incident light should enter a prism with a coated hypotenuse.
Alternatively, a beam incident through an uncoated prism increases the cement fluence by more than three times (two passes due to the reflected component in addition to the transmitted component). If higher power beams are used, this can lead to cement deterioration.
*Other model numbers are available.
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Product
Broadband non-polarizing beam splitter cube
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Handling Company
Japan Laser Co., Ltd.
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Categories
10 Models of Broadband non-polarizing beam splitter cube
Items marked with have different values depending on the model number.
Click on the part number for more information about each product
| Product Image | Part Number | Price (excluding tax) | Angle of incidence | Anti-reflective coating | Clear aperture | Coating type: | Damage threshold | Durability | Leaning | Material | Operating temperature range | Orientation | Polarization | Reflected beam deviation | Reflection | Shape | Size tolerance | Surface flatness | Surface quality | Transmission | Transmit beam deviation | Wavefront distortion |
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02BC17MB.1 |
Available upon quote | 0°±5° | Multilayer broadband dielectric | 80% or more of center dimension | Broadband metal dielectric nonpolarization | 100W/cm2 CW, 0.1J/cm2, 10ns pulse, standard | MIL-C-675C | How to Clean Optics | Grade A N-BK7 | -50~90℃ | The beam must enter the prism marked with a dot to avoid damage. | S and P polarization components match within 10% | Ts-Tp | ≤10%, | Rs-Rp | ≤10% | 90°±5 arc min | Rs, p = 45 ± 5% average, 35% ≤ Rs, p ≤ 55% | Cube | ±0.254mm | Λ/4 or less at 632.8nm | 40-20 scratch dig | Ts, p = average 45 ± 5%, 35% ≤ Ts, p ≤ 55% | ≤5arc min | Less than λ/4 at 632.8nm across the aperture |
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02BC17MB.2 |
Available upon quote | 0°±5° | Multilayer broadband dielectric | 80% or more of center dimension | Broadband metal dielectric nonpolarization | 100W/cm2 CW, 0.1J/cm2, 10ns pulse, standard | MIL-C-675C | How to Clean Optics | Grade A N-BK7 | -50~90℃ | The beam must enter the prism marked with a dot to avoid damage. | S and P polarization components match within 10% | Ts-Tp | ≤10%, | Rs-Rp | ≤10% | 90°±5 arc min | Rs, p = 45 ± 5% average, 35% ≤ Rs, p ≤ 55% | Cube | ±0.254mm | Λ/4 or less at 632.8nm | 40-20 scratch dig | Ts, p = average 45 ± 5%, 35% ≤ Ts, p ≤ 55% | ≤5arc min | Less than λ/4 at 632.8nm across the aperture |
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02BC17MB.3 |
Available upon quote | 0°±5° | Multilayer broadband dielectric | 80% or more of center dimension | Broadband metal dielectric nonpolarization | 100W/cm2 CW, 0.1J/cm2, 10ns pulse, standard | MIL-C-675C | How to Clean Optics | Grade A N-BK7 | -50~90℃ | The beam must enter the prism marked with a dot to avoid damage. | S and P polarization components match within 10% | Ts-Tp | ≤10%, | Rs-Rp | ≤10% | 90°±5 arc min | Rs, p = 45 ± 5% average, 35% ≤ Rs, p ≤ 55% | Cube | ±0.254mm | Λ/4 or less at 632.8nm | 40-20 scratch dig | Ts, p = average 45 ± 5%, 35% ≤ Ts, p ≤ 55% | ≤5arc min | Less than λ/4 at 632.8nm across the aperture |
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05BC17MB.1 |
Available upon quote | 0°±5° | Multilayer broadband dielectric | 80% or more of center dimension | Broadband metal dielectric nonpolarization | 100W/cm2 CW, 0.1J/cm2, 10ns pulse, standard | MIL-C-675C | How to Clean Optics | Grade A N-BK7 | -50~90℃ | The beam must enter the prism marked with a dot to avoid damage. | S and P polarization components match within 10% | Ts-Tp | ≤10%, | Rs-Rp | ≤10% | 90°±5 arc min | Rs, p = 45 ± 5% average, 35% ≤ Rs, p ≤ 55% | Cube | ±0.254mm | Λ/4 or less at 632.8nm | 40-20 scratch dig | Ts, p = average 45 ± 5%, 35% ≤ Ts, p ≤ 55% | ≤5arc min | Less than λ/4 at 632.8nm across the aperture |
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05BC17MB.2 |
Available upon quote | 0°±5° | Multilayer broadband dielectric | 80% or more of center dimension | Broadband metal dielectric nonpolarization | 100W/cm2 CW, 0.1J/cm2, 10ns pulse, standard | MIL-C-675C | How to Clean Optics | Grade A N-BK7 | -50~90℃ | The beam must enter the prism marked with a dot to avoid damage. | S and P polarization components match within 10% | Ts-Tp | ≤10%, | Rs-Rp | ≤10% | 90°±5 arc min | Rs, p = 45 ± 5% average, 35% ≤ Rs, p ≤ 55% | Cube | ±0.254mm | Λ/4 or less at 632.8nm | 40-20 scratch dig | Ts, p = average 45 ± 5%, 35% ≤ Ts, p ≤ 55% | ≤5arc min | Less than λ/4 at 632.8nm across the aperture |
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05BC17MB.3 |
Available upon quote | 0°±5° | Multilayer broadband dielectric | 80% or more of center dimension | Broadband metal dielectric nonpolarization | 100W/cm2 CW, 0.1J/cm2, 10ns pulse, standard | MIL-C-675C | How to Clean Optics | Grade A N-BK7 | -50~90℃ | The beam must enter the prism marked with a dot to avoid damage. | S and P polarization components match within 10% | Ts-Tp | ≤10%, | Rs-Rp | ≤10% | 90°±5 arc min | Rs, p = 45 ± 5% average, 35% ≤ Rs, p ≤ 55% | Cube | ±0.254mm | Λ/4 or less at 632.8nm | 40-20 scratch dig | Ts, p = average 45 ± 5%, 35% ≤ Ts, p ≤ 55% | ≤5arc min | Less than λ/4 at 632.8nm across the aperture |
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10BC17MB.1 |
Available upon quote | 0°±5° | Multilayer broadband dielectric | 80% or more of center dimension | Broadband metal dielectric nonpolarization | 100W/cm2 CW, 0.1J/cm2, 10ns pulse, standard | MIL-C-675C | How to Clean Optics | Grade A N-BK7 | -50~90℃ | The beam must enter the prism marked with a dot to avoid damage. | S and P polarization components match within 10% | Ts-Tp | ≤10%, | Rs-Rp | ≤10% | 90°±5 arc min | Rs, p = 45 ± 5% average, 35% ≤ Rs, p ≤ 55% | Cube | ±0.254mm | Λ/4 or less at 632.8nm | 40-20 scratch dig | Ts, p = average 45 ± 5%, 35% ≤ Ts, p ≤ 55% | ≤5arc min | Less than λ/4 at 632.8nm across the aperture |
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10BC17MB.2 |
Available upon quote | 0°±5° | Multilayer broadband dielectric | 80% or more of center dimension | Broadband metal dielectric nonpolarization | 100W/cm2 CW, 0.1J/cm2, 10ns pulse, standard | MIL-C-675C | How to Clean Optics | Grade A N-BK7 | -50~90℃ | The beam must enter the prism marked with a dot to avoid damage. | S and P polarization components match within 10% | Ts-Tp | ≤10%, | Rs-Rp | ≤10% | 90°±5 arc min | Rs, p = 45 ± 5% average, 35% ≤ Rs, p ≤ 55% | Cube | ±0.254mm | Λ/4 or less at 632.8nm | 40-20 scratch dig | Ts, p = average 45 ± 5%, 35% ≤ Ts, p ≤ 55% | ≤5arc min | Less than λ/4 at 632.8nm across the aperture |
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10BC17MB.3 |
Available upon quote | 0°±5° | Multilayer broadband dielectric | 80% or more of center dimension | Broadband metal dielectric nonpolarization | 100W/cm2 CW, 0.1J/cm2, 10ns pulse, standard | MIL-C-675C | How to Clean Optics | Grade A N-BK7 | -50~90℃ | The beam must enter the prism marked with a dot to avoid damage. | S and P polarization components match within 10% | Ts-Tp | ≤10%, | Rs-Rp | ≤10% | 90°±5 arc min | Rs, p = 45 ± 5% average, 35% ≤ Rs, p ≤ 55% | Cube | ±0.254mm | Λ/4 or less at 632.8nm | 40-20 scratch dig | Ts, p = average 45 ± 5%, 35% ≤ Ts, p ≤ 55% | ≤5arc min | Less than λ/4 at 632.8nm across the aperture |
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20BC17MB.1 |
Available upon quote | 0°±5° | Multilayer broadband dielectric | 80% or more of center dimension | Broadband metal dielectric nonpolarization | 100W/cm2 CW, 0.1J/cm2, 10ns pulse, standard | MIL-C-675C | How to Clean Optics | Grade A N-BK7 | -50~90℃ | The beam must enter the prism marked with a dot to avoid damage. | S and P polarization components match within 10% | Ts-Tp | ≤10%, | Rs-Rp | ≤10% | 90°±5 arc min | Rs, p = 45 ± 5% average, 35% ≤ Rs, p ≤ 55% | Cube | ±0.254mm | Λ/4 or less at 632.8nm | 40-20 scratch dig | Ts, p = average 45 ± 5%, 35% ≤ Ts, p ≤ 55% | ≤5arc min | Less than λ/4 at 632.8nm across the aperture |
Click on the part number for more information about each product
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About Company Handling This Product
- Japan