Single polarization or polarizing fibers need around 40% more birefringence than a standard PM fiber to deliver optimum performance. Only Fibercore's unique, Bow-Tie design can generate these levels routinely. Covering a wide range of the infrared spectrum, the high birefringence polarizing fibers can be used for a broad variety of applications: from Fiber Optic Gyroscopes (FOGs) to fiber lasers, diode light sources and current sensors.
In FOGs the Zing™ Fiber will provide an "all fiber polarizer" that will improve the Polarization Extinction Ratio (PER) while improving the mechanical reliablity of the optical components of the gyroscope.
In fiber lasers the Zing™ Fiber will reduce the package height of the fiber laser while controlling the polarization state of the output signal.
In diode light sources the Zing™ Fiber will improve the PER of the diode and will lower the polarization noise in polarimetric sensor systems.
Typical applications are Fiber Lasers, Laser diodes, Fiber Optic Gyroscopes (FOGs), Current sensors and Interferometric sensors.
Features
In FOGs the Zing™ Fiber will provide an "all fiber polarizer" that will improve the Polarization Extinction Ratio (PER) while improving the mechanical reliablity of the optical components of the gyroscope.
In fiber lasers the Zing™ Fiber will reduce the package height of the fiber laser while controlling the polarization state of the output signal.
In diode light sources the Zing™ Fiber will improve the PER of the diode and will lower the polarization noise in polarimetric sensor systems.
Typical applications are Fiber Lasers, Laser diodes, Fiber Optic Gyroscopes (FOGs), Current sensors and Interferometric sensors.
Features
- Wide and stable polarizing window with a range of deployment conditions
- Consistently low loss and high PER of 30dB+
- Extreme birefringence with excellent handling characteristics
- Functional tunability
- Fiber Lasers
- Laser diodes
- Fiber Optic Gyroscopes (FOGs)
- Current sensors
- Interferometric sensors
