The Stanford Research O100BV is an optical chopper engineered for precise modulation of light beams in research and industrial settings. It delivers variable chopping frequencies with selectable aperture options, enabling straightforward adaptation to diverse optical configurations. The instrument prioritizes stable, reliable performance across demanding experimental workflows.
Technical Specifications
The O100BV operates as a dedicated optical chopping system, purpose-built for light beam modulation in spectroscopy, photometry, and related optical measurement disciplines.
– Key Features
• Variable chopping frequencies — user-selectable to match experimental requirements
• Multiple aperture options — accommodate different beam geometries and optical path configurations
• Precise modulation capability — designed for stable, repeatable light beam switching
• Reliable performance — engineered for extended operation in research environments
– Typical Applications
• Optical experiments requiring synchronized light beam modulation
• Lock-in amplifier systems dependent on reference chopping signals
• Spectroscopic measurements and photometric analysis
• Demanding research and industrial optical configurations
– Compatibility & Integration
The O100BV integrates with standard optical benches and experimental setups. Its modular design accommodates various optical path layouts and detection schemes common in laboratory and production environments.
