Superachromatic Quarter-Wave Plate SAWP10Q-VIS
JCOPTIX superachromatic wave plates combine quartz layers and MgF₂, specially optimized for excellent broadband correction and stable λ/4 retardance. Quarter-wave plates convert linear and circular polarization. Bands are 325-1100 nm and 600-2700 nm, with a 10 mm clear aperture. Housings mark retardance, wavelength, and fast axis. Use normal incidence and avoid moving the retaining ring, as the plate itself lacks a physical mark and the axis would require redetermination. Mounted versions provide convenience, accurate retardance, and precise axes; contact technical support for custom specifications. Superachromatic quarter-wave plates: precise ultrabroadband retardance; Ø10 mm aperture; 325-1100 nm or 600-2700 nm; preinstalled housing. JCOPTIX versions cover 325-1100 nm or 600-2700 nm and convert linear to circular polarization. Custom 25.4 mm housings mark model, phase retardance, design wavelength, and fast axis for easy identification and accurate use.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Optical element material | Quartz Crystal, Magnesium Fluoride |
| Clear Aperture Dimension | 10 mm |
| Operating Wavelength Band | 325-1100 nm |
| Retardance | λ/4 |
| Retardance Accuracy [(325-1100) nm] | λ/4 @ (325-1100) nm ± λ/100 |
| Transmitted wavefront error [@633 nm] | λ/4 |
| Coating (Outer Surfaces) R_avg [Outer Surface; Design Wavelength] | R_avg<1.5% @Design Wavelength |
| Fast Axis Accuracy | ± 5° |
| Surface parallelism | < 10 arcsec |
| Surface quality (scratch/dig) [QZ] | 40/20 |
| Surface quality (scratch/dig) [MgF₂] | 80/50 |
| General Parameters - Retardance Accuracy | ± λ/100 |
Key Features
Datasheet
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