Achromatic Zero-Order Waveplate

Achromatic Zero-Order Waveplate
Specifications

| Product Introduction

 

Achromatic Zero-Order Waveplate is a combination of two different birefringent crystal materials, such as quartz crystal and MgF2 crystal.Compared with the single wave plate, Achromatic Zero-Order Waveplate is relatively insensitive to Wavelength and temperature, and can achieve the desired delay in the broadband Wavelength range.Chromatic Aberration cancellation Waveplate are ideal for tunable, multi-band and broadband band applications.Our quartz-MgFCO₂, Achromatic Zero-Order Waveplate, the operating Wavelength range is greater than 300nm,λThe delay accuracy of the/2 Waveplate is betterλ/50,λ/4 Waveplate delay accuracy is betterλ/100.In addition, we can provide self-designed and manufactured super-elimination Chromatic Aberration Waveplate, delay accuracyλ/300,λ/2 Waveplate working range 325-1000nm or 600-2700nm,λ/4 Waveplate working range 310-1000nm or 600-2700nm.

 

·Material: Quartz crystal or MgFCO₂

·Customizable shapes and sizes

·Diameter range: 5 - 100mm

·Clear Aperture: 90% of the center diameter

·Flatness: & lambda;/10 @ 632.8nm

·Optional mounting of bracket

·Finish: 20/10 S/D

·Parallelism:< 1 & prime;

·Multiple Wavelength ranges available

·High LIDT(Laser Induced Damage Threshold)

·Delay accuracy up to Wavelength range&lambda;/100

 

 

 

| Optical Testing capacity

 

We use strict aspheric measurement methods to ensure that each aspheric mirror product processed meets the design requirements.Among them, Talysurf-PGI use contact method to test Fine Grinding products; CGH combined with Zygo Interferometer, CGH can compensate the wavefront error of the Optics element to be tested, realize zero-position interferometry, and obtain high-precision surface shape information; LuphoScan2603D uses non-contact interferometry to Optics and measure the Polishing aspheric surface.

 

 

Achromatic Zero-Order Waveplate

StrongLabs
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