The Photonetics 3688 PR 15 is a manual polarization state controller employing Lefevre loop configuration to achieve precise manipulation of light polarization within single-mode optical fiber. The device converts arbitrary input polarization states to any desired output state, including linear polarization, through stress-induced birefringence in a coiled fiber section. Front-panel knobs provide direct control of polarization adjustment. Built on an aluminum base with Delrin fiber-protection paddles, the unit integrates into optical test benches, communication systems, and sensor installations where polarization management is critical to signal integrity and measurement accuracy.
Technical Specifications
• Design Principle: Lefevre Loop Configuration
• Control Method: Manual front-panel knobs
• Fiber Compatibility: Single Mode Fiber (SMF)
• Optical Connectors: FC/APC
• Functionality: Arbitrary-to-desired polarization state conversion, including linear polarization output
– Key Features
• Stress-induced birefringence via coiled optical fiber section
• User-friendly manual interface
• Compact form factor suitable for bench and integrated system deployment
• Aluminum construction with Delrin paddle components for durability and fiber protection
• Stable polarization control optimized for repeatable, accurate adjustment
– Typical Applications
• Optical fiber communication systems requiring polarization-state optimization to minimize impairments
• Research laboratories conducting polarization-dependent optical experiments
• Fiber-optic sensor systems where polarization conditions directly affect performance
• Polarization sensitivity testing and validation of optical components and subsystems
– Compatibility & Integration
• Fiber Type: Single Mode Fiber (SMF)
• Connectors: FC/APC
• Integration: Compatible with standard optical benches and inline fiber-optic configurations
