Da auf unserer Webseite neuste Technologien zum Einsatz kommen, benötigen Sie einen aktuellen Browser, damit unsere Webseite korrekt angezeigt werden kann. Sie benutzen derzeit einen veralteten Browser (Unknown mit Version AppleWebKit), der aktuelle Technologien wie HTML5 und CSS3 nicht oder nur teilweise unterstützt.
Gleichzeitig möchten wir Sie davon in Kenntnis setzten, das der von Ihnen verwendete Browser nicht mehr den heutigen Sicherheitsstandards entspricht und mit grosser Sicherheit gefährliche Sicherheitslücken enthält.
Moderne Browser können gratis heruntergeladen und benutzt werden. Wir möchten Sie daher zu Ihrer eigenen Sicherheit bitten, einen aktuellen Browser zu installieren.
Wir empfehlen Ihnen, einen der folgenden Browser zu installieren: Firefox, Google Chrome, Safari, Opera oder Sie können auf die aktuelle Version des Internet Explorer IE9 updaten.
XENLUX systems offer a high level of integration of optical components. This feature allows precisely matched custom solutions for optical signal transmission and innovative sensor applications.
Compact Systems Are Cost Effective Systems
Electro-optical analysis
Many applications which require multiple fiber optical sensors to acquire various different signals rely on XENLUX passive fiber optical components, which offer outstanding service history whether used stand-alone or in combination with other components. The complexity of the optical requirements on the individual sensors has largely increased over the last few years, with no end in sight. Whilst today single passive optical components are integrated into complete systems, these will soon be supplemented by active elements such as transmitter and receiver all integrated on a small platform including interface electronics and microcontrollers (MCU) providing analysis functions.
Key features:
Fiber optical sensors
Optical fibers have significant advantages, specifically with regards to electromagnetic compatibility (EMC). Moreover they allow bridging large distances between the optical measurement point and the electro-optical analysis location without significant signal degradation. It is for these characteristics that optical fibers are increasingly applied for transmission of sensor signals. Two types of sensors are employed, intrinsic and extrinsic. Intrinsic sensors have the sensing element integrated in the optical fiber, e.g. a fiber grid (Fibre Bragg Grating, FBG). Extrinsic Sensors have optical elements such as optical crystals, colour glasses or surface coatings applied which act as an optical measurement transducers. The optical fiber it self is purely used for signal transmission in this case.
Key features:
