Rohde & Schwarz NRP50SN: Precision Power Measurement for 5G and Beyond

Rohde & Schwarz NRP50SN 3-Path Diode Power Sensor

Product Overview:

The Rohde & Schwarz NRP50SN is a high-performance 3-path diode power sensor designed for precise and reliable power measurements in a wide range of applications. With its exceptional frequency range of 50MHz to 50GHz and power range of 100pW to 100mW, it is ideal for testing and characterizing RF and microwave devices.

Features and Specifications:

Frequency range: 50MHz to 50GHz
Power range: 100pW to 100mW
3-path diode technology for high accuracy and linearity
LAN interface for remote control and data acquisition
2.4mm connector for easy connection to test setups
Compact and rugged design for portability and durability

Benefits:

Precise and Reliable Measurements: The NRP50SN’s 3-path diode technology ensures accurate and repeatable power measurements, even at low power levels.
Wide Frequency Range: Its extended frequency range of 50MHz to 50GHz makes it suitable for a variety of applications, including 5G testing and satellite communications.
Remote Control and Data Acquisition: The LAN interface allows for convenient remote control and data acquisition, enabling efficient testing and data analysis.
Easy Integration: The 2.4mm connector provides seamless integration with common test setups, simplifying the measurement process.
Compact and Durable: Its compact and rugged design makes it ideal for field testing and harsh environments.

Enhanced Accuracy and Reliability: Ensures accurate and reliable power measurements, reducing the risk of errors and improving product quality.
Increased Efficiency: Remote control and data acquisition capabilities streamline testing and data analysis, saving time and resources.
Versatile Applications: Its wide frequency range and power range make it suitable for a wide range of applications, reducing the need for multiple sensors.
* Investment Protection: Its durable design and long-term support ensure a long-lasting investment in precision power measurement.