SNA5000X-E Series — Compact Vector Network Analyzer
Compact entry-level 2-port VNA platform for RF R&D, education, production and quality inspection. The series covers 9 kHz to 3 GHz or 6.5 GHz with 1 Hz frequency resolution, 1 Hz to 10 MHz IFBW, internal bias-tee connections and a compact 12.6 cm-deep chassis.
| Model | Frequency Range | Ports | Dynamic Range | Output Range |
|---|---|---|---|---|
| SNA5003X-E | 9 kHz – 3 GHz | 2-port | 117 dB listed / 125 dB typ. platform | -40 dBm to 0 dBm |
| SNA5006X-E | 9 kHz – 6.5 GHz | 2-port | 117 dB listed / 125 dB typ. platform | -40 dBm to 0 dBm |
Key Features
Compact Entry-level VNA Platform
Designed as a cost-effective SNA5000-series entry model, the SNA5000X-E keeps the core VNA architecture while reducing bench depth and weight for education, R&D benches and production cells.
9 kHz to 6.5 GHz Coverage
The 3 GHz and 6.5 GHz models cover common RF component, filter, antenna, matching-network and wireless hardware validation tasks without moving into higher-cost microwave VNA ranges.
Full 2-port S-parameter Workflows
Supports scattering-parameter, differential-parameter and receiver measurements with calibration workflows including response, enhanced response, full one-port, full two-port and TRL calibration.
Fixture Error Compensation
Fixture removal, port extension, de-embedding, adapter removal/insertion and impedance conversion help reduce systematic error from test cables, fixtures and adapters.
Time-domain and Spectrum-analysis Options
Optional time-domain, enhanced time-domain and spectrum-analysis functions extend the instrument into fault-location, signal-integrity and RF debugging workflows.
Automation-ready Interfaces
LAN, USB Device, USB Host and USB-GPIB support remote control through SCPI, LabVIEW, IVI, VXI-11, socket, Telnet and WebServer workflows.
Specifications
| Parameter | Unit | Value / Description |
|---|---|---|
| MODEL RANGE | ||
| SNA5003X-E | GHz | 0.000009 to 3 |
| SNA5006X-E | GHz | 0.000009 to 6.5 |
| Ports | — | 2-port |
| FREQUENCY / IF | ||
| Frequency resolution | Hz | 1 |
| IF bandwidth | Hz | 1 to 10 M |
| SOURCE / DYNAMIC RANGE | ||
| Output setting range | dBm | -40 to +10 platform range; model table lists -40 to 0 |
| Level resolution | dB | 0.05 |
| Dynamic range | dB | 125 typ. platform; model table lists 117 |
| MEASUREMENT / ANALYSIS | ||
| S-parameter workflows | — | Scattering-parameter, differential-parameter and receiver measurements |
| Advanced functions | — | Time-domain analysis, enhanced time-domain analysis, impedance conversion, fixture simulation, adapter removal/insertion and spectrum analysis |
| Calibration types | — | Response, enhanced response, full one-port, full two-port and TRL calibration |
| Internal bias-tee | — | Standard |
| DISPLAY / PHYSICAL | ||
| Display | — | 12.1-inch touch screen |
| Depth | cm | 12.6 |
| Weight | kg | <5.4 |
| Video output | — | HDMI |
| CONNECTIVITY | ||
| Interfaces | — | LAN · USB Device · USB Host · USB-GPIB |
| Remote control | — | SCPI · LabVIEW · IVI over USB-TMC, VXI-11, socket, Telnet and WebServer |
Applications
RF and Microwave Teaching Labs
Compact 2-port VNA for S-parameter, Smith chart, filter, antenna and transmission-line experiments without occupying a full RF bench.
Antenna and Matching Network Design
Measure return loss, impedance, VSWR and matching-network behaviour for sub-6 GHz RF modules and antennas.
Filter and Duplexer Characterization
Use S11/S21 and marker workflows for pass-band, stop-band, insertion-loss and bandwidth checks.
Automated RF Component Test
SCPI and WebServer control support repeatable filter, cable, connector and module acceptance testing.
Time-domain Debugging
Optional time-domain functions help locate impedance discontinuities and fixture/cable-related faults.
Incoming Inspection
Compact footprint and automated workflows make it suitable for QC inspection of RF components and assemblies.
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