The Fiber-Control MPC1-01 Polarization-Controller is a motorized, computer-controlled device that provides precise and dynamic adjustment of polarization states in single-mode optical fibers. It employs a patented all-fiber Lefèvre loop design to achieve stable, rapid SOP control without altering time-averaged power. The continuous fiber path enables high power handling and ultra-low insertion loss, making it ideal for component testing, PDL measurements, PMD applications, and polarization scrambling.
Technical Specifications
Optical Performance
• Operating wavelength: 950 nm to 1070 nm; 1300 nm to 1600 nm; 1520 nm to 1620 nm
• Insertion loss: <0.5 dB typical (<0.3 dB typical); <±0.02 dB variation during rotation
• Polarization dependent loss: 20 dB typical
• Return loss: >50 dB
• Poincaré sphere coverage: 100%
Motor Control & Resolution
• Rotational resolution: 0.15°/step
• Angular accuracy (360° average): ±0.00024°
• Angular repeatability (1 sigma): ±0.00024°
• Maximum SOP transit time: 2880°/sec
• Rotational speed: <7000 steps/sec (1575°/sec)
Electrical & Physical
• Supply voltage: 85 VAC to 264 VAC (47 Hz to 63 Hz)
• Dimensions: 8.9 cm H × 40 cm D × 23.5 cm W
• Fiber compatibility: Single-mode, 900 µm buffer and 250 µm bare fiber
– Key Features
• Motorized control via GPIB IEEE 488.2, RS-232, and analog voltage inputs
• LabVIEW 6.0 drivers with C, C++, and VB programming support
• Ultra-low insertion loss variation ensures stable operation across full polarization range
• Complete Poincaré sphere coverage enables any arbitrary SOP state
– Typical Applications
• Component and sub-system PDL measurements
• PMD emulation and compensation
• Polarization scrambling and pattern generation
• In-line SOP control and stabilization
• Feedback-based signal intensity optimization
• Optical interferometer polarization control
– Compatibility & Integration
Interfacing via GPIB IEEE 488.2, RS-232, and BTM protocols enables integration into automated test systems and remote computer control. Accepts both 900 µm buffered and 250 µm bare single-mode fibers.
