The HP 81536A Power Sensor Module is a precision optical power measurement instrument designed for integration with compatible HP optical power meter mainframes. This sensor module delivers high-accuracy power measurements across a broad dynamic range, supporting critical applications in RF and microwave equipment calibration and verification. The module converts optical input signals to electrical signals for processing by the host power meter, enabling dependable performance in demanding test environments.
Technical Specifications
Measurement Characteristics
• Power measurement range determined by coupled power meter configuration
• Measurement accuracy influenced by wavelength, power level, and temperature
• Resolution established by the host power meter’s digital conversion capabilities
• Response time enables rapid acquisition and reporting of power readings
Electrical Characteristics
• Power supplied by connected HP power meter
• Optical-to-electrical signal conversion for host instrument processing
Interfaces
• Proprietary connector interface for high-speed data transfer and power delivery
• Optical input connector (standard formats including FC/PC and SC)
• Data transmission to host power meter for display and analysis
Physical Characteristics
• Standard module form factor for HP power meter mainframe integration
• Optical input connector and module-to-mainframe interface
– Key Features
• Precise optical power measurement across wide dynamic range
• High measurement integrity for critical calibration applications
• Accurate calibration and performance verification
• Direct integration with HP/Agilent power meter systems
– Typical Applications
• RF and microwave equipment calibration
• Optical communications testing
• Power measurement verification in demanding environments
– Compatibility & Integration
The HP 81536A integrates with specific generations of HP/Agilent optical power meter mainframes, including the Agilent 816x series. Verify compatibility with your specific power meter model before deployment.
