Rohde & Schwarz NRP90TWG: Precision Thermal Power Sensor for 60-90 GHz Applications

Rohde & Schwarz NRP90TWG Thermal Power Sensor: Precision Power Measurement for Millimeter-Wave Applications

Product Overview:

The Rohde & Schwarz NRP90TWG Thermal Power Sensor is a high-performance instrument designed for accurate and reliable power measurements in the millimeter-wave frequency range. With its wide dynamic range and exceptional linearity, it is ideal for applications such as 5G testing, satellite communications, and radar systems.

Features and Specifications:

Frequency range: 60 GHz to 90 GHz
Power range: 300 nW to 100 mW
Waveguide interface: WR 12
High accuracy: ±0.5 dB
Excellent linearity: ±0.1 dB
Fast response time: <1 ms
USB and Ethernet interfaces

Precise and reliable power measurements: The NRP90TWG provides highly accurate and repeatable power measurements, ensuring confidence in your results.
Wide dynamic range: The sensor’s wide dynamic range allows for measurements of both low and high power levels, eliminating the need for multiple sensors.
Exceptional linearity: The excellent linearity ensures accurate measurements over the entire power range, minimizing errors and improving measurement quality.
Fast response time: The sensor’s fast response time enables real-time monitoring of power fluctuations, making it ideal for dynamic applications.
Easy integration: The USB and Ethernet interfaces provide flexible connectivity options, allowing for seamless integration into test setups.

Value to the Customer:

The Rohde & Schwarz NRP90TWG Thermal Power Sensor offers exceptional value to customers by:

Improving measurement accuracy and reliability: Ensuring confidence in test results and reducing the risk of errors.
Simplifying test setups: Eliminating the need for multiple sensors and reducing setup time.
Enhancing measurement efficiency: Fast response time and easy integration enable efficient and productive testing.
Supporting advanced applications: Enabling accurate power measurements in demanding millimeter-wave applications, such as 5G testing and satellite communications.