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Network Analyzers

Vector Network Analyzers for Broadband S-Parameter Measurement

Choose an XGY vector network analyzer by the highest frequency the device under test actually requires, the number of physical RF ports, the calibration plane, and the fixture or cable arrangement. The YNA-3674 series covers 10 MHz to 120 GHz coaxial as standard, with a 500 Hz floor available as a low-frequency expansion option on models to 67 GHz; the configured model sets the ceiling, with single-unit models through 110 GHz and a separate controller with 1.0 mm extender modules for the 110 and 120 GHz configurations.

Up to 30 MHz IF bandwidth supports fast sweeps and narrow-pulse measurement, and up to 200001 measurement points with 140 dB optimum dynamic range suit semiconductor chip, material, antenna, high-speed cable, and microwave component work.

Selection path

Compare XGY Vector Network Analyzers

Use the required frequency ceiling, physical port count, and calibration plane to confirm the configuration before ordering, since the frequency limit and connector interface are fixed at order time.

  • YNA-P060Handheld vector network analyzer
    Coverage
    100 kHz to 6 GHz; two-port S-parameter measurement
    Best fit
    Portable laboratory and field S-parameter measurements with VNStudio, SCPI control, ECB-60 calibration, and matched RF accessories.
  • YNA-3674 SeriesSingle unit, or extender-based with separate controller (YNA-3674-110-A/-120-A)
    Coverage
    10 MHz to 120 GHz standard, by model; 500 Hz low-frequency expansion with option -203 (2-port) or -403 (4-port), models to 67 GHz
    Best fit
    Semiconductor chip, material, antenna, high-speed cable and microwave component measurement where one instrument must cover the whole band.

Frequently Asked Questions

How high in frequency does the YNA-3674 series go?
Coaxial coverage extends to 120 GHz, but the ceiling is fixed by the configured model rather than switchable in the field. Single-unit models cover through 110 GHz; the 110 GHz and 120 GHz configurations use a separate controller with 1.0 mm extender modules. Confirm the required ceiling before ordering, because it determines the connector interface and the calibration kit.
How many RF ports are available?
Two ports are the standard configuration, and a four-port measurement configuration is available for multiport devices, differential structures, and balanced components. Choose the port count from the device signal map and the fixture workflow, not from the frequency ceiling.
What makes this analyzer suitable for pulsed and fast measurement?
Up to 30 MHz IF bandwidth supports fast sweeps and narrow-pulse testing, with four pulse generators offering independent delay, pulse resolution down to 8.3 ns, and broadband synchronous pulse widths below 42 ns.
What information should be supplied for a network analyzer quote?
Provide the required frequency range, port count, device connector types, expected dynamic range, calibration kit and method, fixture or cable details, sweep-speed needs, trigger and reference requirements, and the software interface the station will use.

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