PRODUCT

제품소개Beamsplitter

Beamsplitter

Anti-Reflection
High-Reflection
Partial-Reflection
Beamsplitter
Polarizer
Filters(UV/IR/VIS)
Polarizers/wave plates
Beamsplitters/Paartial reflection

HIGH POWER POLARIZING BEAMSPLITTER CUBE (HPC)

High Power Polarizing Beamsplitter Cube coatings are deposited on the hypotenuse of right angle prisms that are optically contacted. They are designed to separate an incident beam into its S and P polarization components with an average extinction ratio (TP/TS) in excess of 500 : 1.
The incident energy is split into two orthogonally polarized beams that emerge at 90。with respect to each other.
These coatings were developed specifically for use in high power pulsed and CW laser applications.

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BROADBAND POLARIZING BEAMSPLITTER CUBE (BPC)

Broadband Polarizing Beamsplitter Cube coatings are deposited between two right angle prisms that are permanently cemented together. They are designed to separate broad incident beam into its S and P polarization components with an average extinction ratio (TP/TS) in excess of 500 : 1.
The incident energy is split into two orthogonally polarized beams that emerge at 90。with respect to each other. These coatings are also useful for combining two orthogonally polarized beams.

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POLARIZING BEAMSPLITTER CUBE (PBS)

Polarizing Beamsplitter Cube Coatings are deposited between two commented right angle prisms. They are designed to separate an incident beam into S and P polarization components with an extinction ratio (TP/TS) in excess of 500 : 1 (1000: 1 for 400nm - 2.0 ㎛).The incident energy is split into two orthogonally polarized beams that emerge at 90。with respect to each other. These coatings are also useful for combining two orthogonally polarized beams.

*For UV and high power applications, go to high power plate beamsplitter on page 21.

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LONG WAVE PASS (LWP) & SHORT WAVE PASS (SWP)

LONG WAVE PASS (LWP)

Long Wave pass coatings are used to separate two regions of the spectrum.
These all dielectric, high damage threshold coatings reflect the short wave region and pass the longer wavelength region.

SHORT WAVE PASS (SWP)

Short Wave pass coatings are used to separate two regions of spectrum.
These alldielectric, high damage threshold coatings reflect the long wave region and pass the shorter wavelength region

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ND:YAG HARMONIC SEPARATOR (MRT)

Nd:YAG Harmonic Separator coatings are designed for Nd:YAG harmonic separation. They reflect one YAG harmonic (RMAX) while transmitting another (TMAX). These all dielectric coatings are sensitive to polarization, wavelength and angle of incidence. They are durable and highly resistant to laser damage.

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NON-POLARIZING PLATE BEAMSPLITTER (NPP)

Non-Polarizing Plate Beamsplitter coatings divide an incident beam into transmitted components with the specified intensity ratio while maintaining incoming polarization state. They are designed for applications in which it is necessary to maintain the polarization characteristics of the incident beam.
These all dielectric coatings are sensitive to wavelength and angle of incidence. They are durable and highly resistant to laser damage

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NON-POLARIZING BEAMSPLITTER CUBE (NPC)

Non-Polarizing Beamsplitter Cube coatings are deposited between two right angle prisms that are permanently cemented together. These coatings are designed for applications in which it is necessary to maintain the polarization characteristics of the incident beam.
These all dielectric coatings divide an incident beam into reflected and transmitted components with the specified intensity ratio while maintaining incoming polarization state.

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BROADBAND CUBE BEAMSPLITTER (BP)

Broadband Cube Beamsplitter coatings are deposited between two right-angle prisms that are permanently cemented together. These coatings utilize a combination of metallic and dielectric films.
They are designed to divide an incident, broadband beam into reflected and transmitted components with a ratio
(R/T) of 1 ± 5%

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CUBE BEAMSPLITTER (BSC)

Cube Beamsplitter coatings are deposited between two right-angle prisms that are permanently cemented together. These all dielectric coatings divide an incident beam into reflected and transmitted components with the specified intensity ratio.

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PLATE BEAMSPLITTER (BS)

Plate Beamsplitter coatings divide an incident beam into reflected and transmitted components with the specified intensity ratio. These all dielectric coatings are sensitive to wavelength, polarization and angle of incidence. They are durable and highly resistant to laser damage.

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