Advantest R3760 Network Analyzer, 300 MHz to 6 GHz

Advantest R3760,This network analyzer provides reliable performance for characterizing microwave components in the 300 MHz to 6 GHz range. It offers vector S-parameter measurements with high dynamic range and accuracy, suitable for analyzing devices such as amplifiers, filters, and switches. Designed for both lab and manufacturing use, it integrates an internal test set and calibration routines that simplify setup and reduce uncertainty. The user-friendly interface allows for efficient navigation of menus and visualization of results via a color display. With wide frequency coverage, fast sweep speeds, and low trace noise, the unit ensures consistent, repeatable measurements across applications. Built-in error correction and port extension capabilities improve accuracy for complex test setups. It supports multiple measurement formats including Smith charts and polar plots, allowing engineers to gain insight into impedance matching and reflection characteristics. The unit includes automation interfaces such as GPIB and LAN for integration into test systems. It also supports data logging and results export for further analysis. The rugged design ensures long-term stability and reliability, even in high-volume testing scenarios. This analyzer is ideal for R&D, quality control, and production verification tasks where performance and consistency are essential for success.

The Advantest R3760 Network Analyzer is a broadband vector network analyzer designed for precision RF and microwave measurements up to 6 GHz. It provides superior dynamic range, fast measurement speed, and outstanding stability for complex component and system evaluation.

Key Features & Highlights

• Frequency range: 300 MHz to 6 GHz

• High dynamic range and low trace noise

• Fast sweep and measurement update rate

• High-stability internal reference

• Full vector S-parameter measurement

Technical Specifications (Typical)

Applications

• RF amplifier and filter design

• Microwave subsystem validation

• Antenna and coupler testing

• R&D and production quality control