Shimadzu Corporation Datasheets for Diffraction Gratings
A diffraction grating uses a substrate with parallel grooves to disperse light into its spectra. Eschelles are included in this area.
Diffraction Gratings: Learn more
| Product Name | Notes |
|---|---|
| A concave grating has the advantage of setting up a spectroscopic system without any imaging optics like concave mirrors. For this reason, the concave grating is used in a wide... | |
| Aberration-corrected Laminar-type Replica Diffraction Gratings for flat-field Polychromators in the range of Extreme Ultra-Violet Light(EUV:13nm). Suitable for the next generation of semiconductor lithography. Less high order light due to laminar... | |
| Applying holographic exposure method and ion-beam etching technology, Shimadzu has developed laminar gratings for spectroscopy in a range from the vacuum ultraviolet region to the soft X-ray region. These gratings... | |
| Diffraction Gratings for optical communication are the components which take a key role in communication network system in the long term, and high reliability is demanded of them. These products... | |
| High relative diffraction efficiency for S-polarized near infrared light resulting in excellent performance for optical communication applications. Highest quality level of replicated gratings is achieved using the high accuracy holograpic... | |
| Shimadzu's new holographic exposure method and optimized etching process have made it possible to produce both high-efficient and exceptionally low stray light gratings. | |
| The grating grooves are formed by a holographic exposure method where the two-laser-beam-inter ference technology is applied. This holographic method lowers groove's periodical error commonly found in mechanically ruled gratings... | |
| The toroidal diffraction gratings are made by aspheric blanks where each curvature of orthogonal two axes (meridional and sagittal) is different. The toroidal diffraction gratings are formed on toroidal (aspheric)... | |
| These gratings are suitable for various laser applications (external resonator, external cavity, pulse control). Applying TM waves (S-polarization) *1, a high diffraction efficiency is expected for a wide range of... |