RIGOL DSA875 Benchtop Spectrum Analyzer

For test and measurement applications work, the RIGOL DSA875 Benchtop Spectrum Analyzer delivers dependable performance. Highlights: dSA875 RF Spectrum Analyzer.

• Features and Specifications:
• RIGOL DSA875 RF Spectrum Analyzer Product Overview:
• The RIGOL DSA875 is a high-performance benchtop RF spectrum analyzer designed for demanding applications in wireless communications, aerospace, and defense
• With its wide frequency range, exceptional accuracy, and advanced features, the DSA875 empowers engineers and technicians to analyze and troubleshoot RF signals with precision and efficiency
• Frequency range:
• 9 kHz to 7.5 GHz Frequency accuracy:
• 0.5 ppm Resolution bandwidth:
• 1 Hz to 10 MHz Dynamic range:
• 100 dB Phase noise:
• 110 dBc/Hz @ 10 kHz offset Advanced triggering capabilities
• Built-in tracking generator Vector signal analysis (VSA) option
• Specifications:
• 10.1-inch capacitive touchscreen Memory:
• 16 GB internal, expandable via USB Interfaces:
• USB, LAN, GPIB, HDMI Dimensions:
• 430 mm (W) x 260 mm (H) x 130 mm (D) Weight:
• 6.5 kg What’s in the Box:
• RIGOL DSA875 RF Spectrum Analyzer Power cord USB cable Calibration certificate User manual Benefits:
• Wide frequency range:
• Covers a broad spectrum of RF applications, from low-frequency wireless devices to high-frequency radar systems
• Exceptional accuracy:
• Ensures precise measurements and reliable analysis
• Advanced features:
• Provides comprehensive capabilities for signal analysis, troubleshooting, and characterization
• User-friendly interface:
• Simplifies operation and streamlines workflow
• Compact design:
• Saves valuable bench space while maintaining high performance
• Value to the Customer:
• The RIGOL DSA875 RF Spectrum Analyzer offers exceptional value to customers by:
• Enabling accurate and efficient analysis of RF signals
• Reducing troubleshooting time and improving productivity
• Providing a comprehensive solution for a wide range of applications * Enhancing the reliability and performance of RF systems