Our Series SP-D double plane mirror interferometers are designed for incorporation into customer supplied systems, and are used for simultaneously making pairs of nanoprecision length measurements.
The differences in these pairs of length measurements, and the separations between their two beams, are then used for accurately determining the associated angles involved, where the angular measurement range is approxi-mately two minutes of arc and independent of beam separation.
In cases involving small length changes, focusing their external beams on the objects being measured allows an increase of ± 30 minutes of arc to the angular measurement range. Their laser light sources are coupled to their sensor heads via fiber optic cables.
Their miniature interferometers convert motion of their moving mirrors into pairs of optical interference signals that are transmitted to their electronic power supply/signal processing modules for processing. Their He-Ne lasers, which are frequency stabilized on models designed for making longer length measurements, along with corrections for environmental shifts in laser wavelength, provide the basis for their high metric precision.
A PC running a custom software package is employed for operating their electronic modules and displaying measurement results.
| Piezosystem Jena, Inc. | |
|---|---|
| Product Category | Interferometers |
| Product Number | SP-D Series |
| Product Name | Miniature Double Plane Mirror Interferometer |
| Laser Type | HeNe |
Weather forecasting, Cloud and aerosol studies, Air quality monitoring (pollution), Airport monitoring, etc.
