Description

The RIGOL RSA5065N Real-Time Spectrum Analyzer from the RSA5000 Series is a powerful real-time spectrum analyzer designed for RF engineers, wireless communication development, EMI troubleshooting, and advanced signal analysis applications. Combining high real-time bandwidth with flexible measurement capabilities, it provides reliable performance for modern RF environments.

Featuring a frequency range up to 6.5 GHz and real-time analysis bandwidth of up to 40 MHz, the RSA5065N enables detailed observation of transient and dynamic RF signals that traditional sweep-based analyzers may miss. Its advanced architecture allows users to capture, identify, and analyze intermittent signal events with high precision.

With excellent phase noise performance, low displayed average noise level (DANL), and high measurement sensitivity, the analyzer is ideal for demanding RF measurements in research, development, production, and educational environments.

The RSA5065N supports multiple advanced analysis functions, including real-time spectrum analysis, vector signal analysis, EMI pre-compliance testing, modulation analysis, spectrogram display, and waterfall visualization. A large high-resolution touchscreen combined with an intuitive user interface ensures efficient operation and streamlined workflows.

Integrated interfaces such as USB, LAN, HDMI, and optional remote-control functionality enable seamless integration into automated test systems and laboratory environments.

Designed for versatility and precision, the RSA5065N delivers powerful RF analysis capabilities for professionals working with wireless technologies, embedded RF systems, radar, IoT, and communication electronics.

Key Features

• Frequency range up to 6.5 GHz
• Real-time analysis bandwidth up to 40 MHz
• Real-time spectrum analysis (RTSA)
• Excellent phase noise and DANL performance
• EMI pre-compliance and modulation analysis
• Spectrogram and waterfall visualization
• High-resolution touchscreen display
• USB, LAN, HDMI connectivity
• Advanced triggering and RF analysis functions

Ideal Applications

Perfect for:

• RF and wireless communication development
• EMI debugging and pre-compliance testing
• IoT and embedded RF systems
• Radar and signal monitoring
• Educational and research laboratories
• Production and validation testing