Edmund Optics EUV Flat Mirrors Overview
Edmund Optics EUV Flat Mirrors are multilayer optical components designed around a 13.5 nm wavelength and specified incidence angle. They steer or select an EUV beam rather than capture an image. Choose the exact optical specification and integration conditions.
Key Specifications
Product detail | Specification |
Product type | Multilayer EUV flat mirror |
Design wavelength | 13.5 nm |
Incidence-angle choices | 5° or 45° configurations |
Substrate | Super-polished single-crystal silicon |
Surface roughness | Less than 3 Å RMS in the manufacturer description |
Documented uses | Beam steering, harmonic selection and research optics |
Review Summary
These mirrors merit evaluation when a research beamline needs the specified EUV reflection behavior and geometry. The useful decision is the exact wavelength, angle and polarization configuration with a suitable mount. A flat EUV mirror should not be assigned camera resolution, acquisition interfaces or a machine-vision inspection rate.
Integration and Selection
The documented application scope includes coherent diffractive imaging, materials-science research and harmonic selection in high-harmonic-generation arrangements. These are system contexts, not a guarantee of a particular reconstructed spatial resolution. A mirror contributes beam behavior; the source, sample, detector and reconstruction method establish the finished experiment.
Price: Request a quote.
