Material Optical Grade Crystal Quartz
Diameter 10.0mm-50.8mm
Diameter Tol. +0.0, -0.13mm
Parallelism <0.5 Seconds
Clear Aperture 90% Typical
Surface Quality 10/5
Retardance ?/4 or ?/2
Retardation Tol. ?/200- ?/500 @ 632.8nm
TWF Distortion ?/10 @ 632.8nm
Coating <0.25%R @ Specified Wavelength

Multiple Order Waveplates

Multiple order waveplates with an appropriate choice of thickness, any degree of retardance may e achieved at any wavelength for which quartz is transparent. However, the minimum thickness necessary to achieve a mechanically strong part corresponds to several full waves of retardance. The multiple order waveplate is designed to give a retardance of several full waves, plus the desired fraction. This results in a single, physically robust component with the desired performance.

Quarter Waveplate

A quarter-wave plate can transform light from linearly-to circularly-polarized, if oriented at 45º to the indicated crystal axis.

Half Waveplate

A half-wave plate can transform light from vertically- to horizontally-polarized, in effect rotating the polarization 90º, if oriented at 45º to the indicated crystal axis.

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Cell Mount
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10.0mm Coated Quarter Wave Multiple Order Waveplate @ 248 nm

ACC(CELL MOUNT) 10.0mm Waveplate

$215.00 + $50.00 each.