The F-ILPC Series Compact In-Line Polarization Controllers are designed for fiber optic system where small size is specially needed. It uses quarter waveplates to change the polarization within the fiber.
- Super compact size
- Easy to integrate into fiber optic systems
- Low insertion loss
- High shock endurance See All Features
| Compare | Description | Drawings, CAD & Specs | Avail. | Price | ||
|---|---|---|---|---|---|---|
![]() | F-ILPC-13 In-Line Polarization ControllersIn-Line Polarization Controller, 1280-1340nm, Bare | Discontinued | ||||
![]() | F-ILPC-13-APC In-Line Polarization ControllersIn-Line Polarization Controller, 1280-1340 nm, FC/APC. | |||||
![]() | F-ILPC-13-PC In-Line Polarization ControllersIn-Line Polarization Controller, 1280-1340 nm, FC/PC. | |||||
![]() | F-ILPC-15 In-Line Polarization ControllersIn-Line Polarization Controller, 1520-1620 nm, Bare | Discontinued | ||||
![]() | F-ILPC-15-APC In-Line Polarization ControllersIn-Line Polarization Controller, 1520-1620 nm, FC/APC. | |||||
![]() | F-ILPC-15-PC In-Line Polarization ControllersIn-Line Polarization Controller, 1520-1620 nm, FC/PC. | |||||
Features
Pigtailed In-Line Polarization Controller
Our new all-fiber In-line polarization controller is ideal for fiber optic system where small size is especially needed. They fit in most rack mountable housings and electronic circuit boards. With conventional communication fiber pigtails, these polarization controllers can be easily installed in the system.
Precision Polarization Control by Quarter Waveplates
These In-line polarization controllers are composed of two fiber-made quarter waveplates. It has all fiber configuration, and low insertion loss. For arbitrary input polarization, linear combination of the two independently controlled waveplates can generate any output state of polarization.
Resources
Literature
F-ILPC In-line Polarization Controller Datasheet(1.7 MB, PDF) F-ILPC In-line Polarization Controller User Guide(156.5 kB, PDF)
Application Notes
Polarization Control and Measurement for Optical Fibers(792.6 kB, PDF)








