The ILX Lightwave OMH-6732B is a dual-function optical measurement head that combines power and wavelength measurement into a single probe for laser diode and LED characterization. Silicon detectors integrated with an integrating sphere architecture eliminate common measurement obstacles—detector saturation, beam alignment sensitivity, profile variations, polarization effects, and back reflections—delivering repeatable, accurate results across a wide dynamic range. The head self-calibrates wavelength-dependent detector response, temperature-stabilized detectors ensure environmental independence, and all measurements trace to NIST standards.
Technical Specifications
Optical Power Measurement
• Range: −40 dBm to +30 dBm (100 nW to 1 W)
• Maximum power: 1 W
• Accuracy: ±3.5%
• Linearity: Typical 60 to 70 dB dynamic range
Wavelength Measurement
• Range: 350 nm to 530 nm
• Accuracy: ±0.5 nm (NIST traceable)
• Measurement type: Mean wavelength across all spectral content
• Minimum input power: −4 dBm for wavelengths <1.2 µm
Detector
• Material: Silicon
• Temperature control: Active stabilization for measurement repeatability
– Key Features
• Integrated power and wavelength measurement eliminates dual-instrument setups
• Integrating sphere design reduces alignment criticality and polarization sensitivity
• Wavelength self-calibration removes manual wavelength input requirements
• Temperature-controlled detector response ensures consistent performance
• NIST-traceable calibration performed in ILX Lightwave laboratory
• Linear response across 60–70 dB dynamic range minimizes saturation artifacts
– Typical Applications
• Laser diode parameter characterization and production testing
• LED spectral and power analysis
• Optical source validation in integrated photonic systems
– Compatibility & Integration
Designed for use with the ILX Lightwave OMM-6810B Optical Multimeter or LPA-9080 series laser diode parameter analyzer. Supports FC/PC, FC/APC, SC, ST, DIN connectors and bare fiber configurations via standard adapter assemblies. System-level integration via GPIB/IEEE-488.2 enabled.
