The Stanford Research O100RO is a precision optical chopper designed to modulate light beams with reliable performance across laboratory and industrial environments. This instrument delivers precise control essential for optical experiments, signal processing, and lock-in amplification techniques, featuring remote control capabilities and variable aperture adjustment for flexible experimental configurations.
Technical Specifications
• Product Type: Optical Chopper
• Control: Remote control capable with precise modulation control
• Aperture: Variable aperture size
• Operation: Stable across operating range
– Key Features
• Variable aperture geometry for accommodation of different optical beam sizes
• Remote control interface for automated and integrated measurement systems
• Stable operational performance suitable for sensitive detection schemes
• Precision modulation control for demanding optical applications
– Typical Applications
• Lock-in amplification and phase-sensitive detection
• Optical signal processing and beam modulation
• Laboratory-based optical experiments
• Industrial optical measurement and analysis
– Compatibility & Integration
The O100RO integrates into systems requiring external beam modulation with remote control capability, supporting both manual and automated experimental workflows.
