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Optical Waveplates > Zero Order Waveplates > WP-05M-ZQ-405
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| Name: | DIA12.7mm 400-405nm 0-order 1/4 Waveplate(D25.4mm) |
| P/N: | WP-05M-ZQ-405 | | Keywords: | 400/405nm,Dia12.7mm,0-order,1/4-wave,D25.4mm mount |
| Unit Price: |
S$295.00/pc
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| Available: |
In stock
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| Request: |
Add to Request List |
| Introduction: | The waveplate resolves a linear polarized light wave into two orthogonal, linear polarized components and produces a phase shift between them. It functions in an optical system to modify and control the relative phase of constituent beams.
A waveplate is also referred to as a linear phase retarder, or as a retarder plate.
In principle, the retarder or wave plate causes the phase of one of the constituent coherent polarization states to lag behind the other by a predetermined amount. An optical waveplate introduces a delay in propagation for light polarized in one direction relative to light polarized in an orthogonal direction.
Diameter 0.5-inch; Zero-order; Quarter-wave or Half-wave; AR coated at designed wavelength/band. |
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Substrate Material: |
Crystal Quartz |
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Outer Diameter: |
12.7,+0.0/-0.1mm unmounted,c/w D25.4mm mount(SM05 retaining ring and black teflon washers 2pcs) |
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Waveplate Design: |
Zero-order, Quarter Wave(1/4) @ 400/405nm center wavelength, workable for wide band of 350-450nm, but with less retardation accuracy, e.g. 1/100 @ 405nm) |
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Crystal Thcikness: |
1.20mm total (after optically cemented) |
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Retardance Accuracy(typ): |
<Lambda/300 @ 405nm |
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Beam Deviation (max): |
<10 arc seconds |
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Wavefront Distortion: |
Lambda/10 |
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Surface Quality: |
20/10 scratch and dig |
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Damage Threshold: |
2J/cm2 @ 10ns 1064nm |
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AR Coated: |
<0.25% reflectivity at 405+/-5nm, both surfaces | |
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