The Keysight 10710B is a polarization beam splitter designed for laser interferometer systems. It separates an incoming laser beam into two orthogonal polarization components—transmitting p-polarized light while reflecting or displacing s-polarized light. This capability is essential for high-resolution displacement measurements, precision positioning, and motion control applications requiring signal integrity and optical stability.
Technical Specifications
• Functionality: Polarization beam splitter
• Beam Separation: Orthogonal polarization component division
• Transmitted Wavefront Distortion (TWD): λ/8
• Contrast Ratio: High contrast enabling strong polarization state separation
• Polarization Handling: Transmits p-polarized light; reflects or displaces s-polarized light
• Available Geometries: Cube and displacement types
• Accuracy: Five arcminutes standard; arcsecond-level custom configurations available
– Key Features
• Proprietary bonding and coating procedures ensure consistent optical performance
• Low transmitted wavefront distortion maintains signal fidelity in sensitive optical setups
• High contrast ratios enable precise polarization state separation
• Multiple geometry options accommodate diverse system integration requirements
– Typical Applications
• Laser interferometer systems
• Precision positioning and motion control
• High-resolution displacement measurement
• Optical test and measurement configurations requiring polarization control
– Compatibility & Integration
The 10710B integrates within Keysight’s established family of beamsplitters, benefiting from manufacturing processes proven to deliver high optical performance. Available in both cube and displacement geometries, the unit adapts to various optical bench layouts and system architectures.
