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| | Micron Optics - FFP Overview |
 | | Fabry-Perot filters and interferometers have provided the highest known optical wavelength resolution for 100 years, and are still considered seminal instruments in many branches of science including astronomy, atomic physics, chemistry, lasers, metrology, optics, plasma physics and spectroscopy. |
 | | The high degree to which the Micron Optics FFP Technology follows the Airy Function theory means optical systems can be designed to exhibit extremely low loss, predictable cross-talk, highly accurate power measurements, high Optical Signal to Noise Ratio (OSNR), and excellent wavelength resolution. |
 | | The high degree to which the filters follow the Airy Function theory allows optical engineers to accurately design single and cascaded filters for the densest DWDM systems (down to 6 GHz channel spacing). |
| www.micronoptics.com /telecom_ffp.htm (777 words) |
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