The Rohde & Schwarz NRP-Z52 is a thermal power sensor engineered for precise power measurements across DC to 33 GHz. It delivers true RMS power readings from 300 nW to 100 mW, making it suitable for demanding R&D, manufacturing, and quality assurance environments where accurate RF and microwave characterization is essential.
Technical Specifications
Power Measurement Range:
• 300 nW to 100 mW (-65.2 dBm to +20 dBm)
Frequency Range:
• DC to 33 GHz
Detector Technology:
• Thermal detection element for broad bandwidth operation
Measurement Capabilities:
• True RMS power measurement for non-sinusoidal signals
• Modulation mode support for various signal conditions
• Offset power measurement capability
• Zeroing functionality for reference point establishment and drift compensation
– Key Features
Thermal detection architecture enables high-accuracy readings across the full frequency spectrum without modulation-dependent measurement errors. The sensor supports offset and zeroing functions for relative power assessments and reference compensation. Design accommodates modern communication systems through multimodulation signal compatibility.
– Typical Applications
Research and development characterization of RF/microwave power levels. Manufacturing and quality control power validation. System integration environments requiring repeatable, traceable thermal power measurements.
– Compatibility & Integration
The NRP-Z52 interfaces with Rohde & Schwarz power meters supporting the NRP sensor family. The meter provides all power and control signaling to the sensor. Standard RF connectors (type varies by configuration) enable field deployment. Sensor-specific calibration data is recognized and managed by compatible host instruments.
