Portable Vector Network Analyser VNA6 1–6300 MHz (S11/S21)

Accurate RF measurements are always at hand.

• Range 1 MHz - 6.3 GHz for wide spectrum tasks.
• Measurement of S11 and S21: full control of the signal.
• Touch 4" display for convenient operation.
• Compact metal case - strength and portability.
• Support for Smith chart, KSO, frequency response/FCH and markers.

Description

VNA6 is a compact two-port vector network analyzer for operational testing and tuning of RF tracts in the range of 1–6300 MHz. It measures S11 (reflection) and S21 (transmission), allowing you to quickly assess the condition of the antenna, cable or component: SWR/VSWR, impedance, resonance, loss, frequency response/frequency response, and other parameters.

Scanning to 1001 points gives a more detailed track and helps to see narrow resonances and "failures" on the graph. Popular display modes are supported: Amplitude/Frequency, Phase/Frequency, VSWR, Smith chart, as well as up to 4 markers for quick reading of values ​​at selected frequency points.

Bright 4" IPS display with resistive the sensor is convenient in field conditions, and the metal case improves shielding and increases resistance to interference. Power comes from a 3.7 V battery, charging via USB Type‑C, which is convenient both on the desktop and on the go.

For repeated measurements, calibrations can be saved - up to 32 sets. Menu language: Chinese / English / Russian.

Characteristics

• Type: Portable Vector Network Analyzer (VNA)
• Frequency range: 1 MHz - 6300 MHz
• Measured parameters: S11, S21
• Number of scanning points: 1001
• Display: 4" IPS, touch (resistive), high brightness
• Body: metal
• Display modes: amplitude/frequency, phase/frequency, VSWR, Smith chart Markers: up to 4
• Calibration memory: up to 32 sets
• Connectors: 2 ports (SMA)
• Power supply/charging: USB Type-C, battery 3.7V

Complete set:

• analyzer VNA6 – 1 pc.,
• USB Type-C cable - 1 pc.,
• stylus - 1 pc.,
• 2 coaxial jumpers (SMA) - 2 pcs.,
• a set of SMA adapters/accessories,
• box.

Note: perform calibration (OSL/OSLT depending on the task) before exact measurements.