Datasheet
Description
The T70 is Chirped Fiber Bragg Grating (FBG) is available in a wide range of optical specifications. It is produced by axially varying either the period of the grating or the effective index
of refraction of the fiber.
Technica manufactures Chirped FBGs by using a non-periodic phase mask. By modifying the intensity of the grating depth we can reach essentially any predefined gain compensation profile. This, in turn, yields stable and reliable gain flat filters.
Our T70 wide-bandwidth chirped FBGs improve the wavelength stability of ultrafast mode-locked fiber lasers while also minimizing their output power variations as required for various telecom, distributed sensing, industrial, and various research applications.
The T70 FBG is designed to make handling and installation fast, easy and intuitive. Naturally packaged directly in bare fiber, these sensors are ultra-small and are designed for use in tight spaces.
The FBG specifications listed here in represent the most popular configuration. Many optical and physical variations are available.
Key Features
Wide Bandwidth. The precision made FBG structure yields a wide range of bandwidth specifications as may be required for applications including signal conditioners for microwave photonics (MWP), gain flattening filters for EDFA and ASE light sources, adddrop filters for CWDM and other WDM technology based systems, distributed sensing, and chromatic dispersion compensation.
Easy to daisy-chain. The T70 can be provided as singe FBGs or in FBG Arrays of various lengths and with a flexible number of FBGs, as defined by the customer’s application.
Low cost and long lifetime. The T70 is designed as a core element for telecom, industrial, and research environments that require both the availability of low-cost FBGs in volume and stable operation for highly accurate measurements over the long-term.
Proven field performance. The T70 has been in production for several years and has received excellent customer feedback.
Applications
Applications in Telecom, Sensing, Instrumentation, Microwave Photonics, and Industrial.