Rohde & Schwarz NRP18P: Precision Pulse Power Measurement from 50MHz to 18GHz

Rohde & Schwarz NRP18P Pulse Power Sensor: Precision Power Measurement for Pulsed Signals

Product Overview:

The Rohde & Schwarz NRP18P Pulse Power Sensor is a high-performance instrument designed to accurately measure the power of pulsed signals in the frequency range of 50MHz to 18GHz. With its wide dynamic range of 1nW to 100mW and fast video bandwidth of 30MHz, the NRP18P is ideal for characterizing pulsed signals in various applications, including radar, communications, and electronic warfare systems.

Features and Specifications:

Frequency range: 50MHz to 18GHz
Power range: 1nW to 100mW
Dynamic range: 70dB
Video bandwidth: 30MHz
Pulse width range: 10ns to 100ms
Duty cycle range: 0.01% to 100%
N(m) connector
USB and LAN interfaces

Benefits:

Accurate and reliable power measurements: The NRP18P utilizes advanced technology to provide precise and repeatable power measurements, even for complex pulsed signals.
Wide dynamic range: The sensor’s wide dynamic range allows it to measure signals with varying power levels, eliminating the need for multiple sensors.
Fast video bandwidth: The 30MHz video bandwidth enables the NRP18P to capture fast-changing pulsed signals, providing detailed insights into their characteristics.
Versatile connectivity: The USB and LAN interfaces offer flexible connectivity options for integration with various test setups.

Value to the Customer:

The Rohde & Schwarz NRP18P Pulse Power Sensor is an invaluable tool for engineers and technicians who need to accurately characterize pulsed signals. Its high performance, versatility, and ease of use make it an essential instrument for:

Radar system testing
Communication system analysis
Electronic warfare signal characterization
Research and development of pulsed signal technologies

By investing in the NRP18P, customers gain access to a reliable and precise power measurement solution that empowers them to optimize their designs, troubleshoot issues, and ensure the performance of their pulsed signal systems.