NanoVNA-F V3.1 Vector Network Analyzer User Manual

1. Ifihan

The TZT NanoVNA-F V3.1 is a compact and versatile Vector Network Analyzer (VNA) designed for measuring RF circuits and antenna performance. It operates within a wide frequency range of 10KHz to 1.5GHz, making it suitable for various applications including amateur radio, antenna tuning, and general RF circuit analysis. This manual provides essential information for the proper setup, operation, and maintenance of your NanoVNA-F V3.1.

Figure 1: The NanoVNA-F V3.1 Vector Network Analyzer with its 4.3-inch IPS display showing S-parameter measurements.

2. Key Awọn ẹya ara ẹrọ

• Ibi Iwọn Wiwọn: Covers 10KHz to 1.5GHz, with excellent dynamic range: >70dB for 10K-300MHz, >60dB for 300M-900MHz, and >40dB for 900M-1.5GHz.
• Batiri Agbara giga: Equipped with a 5000mAh battery for extended operation. Can also function as a mobile power source via its extended USB interface.
• Ko Ifihan kuro: Features a 4.3-inch IPS TFT LCD with a resistive touch screen for clear data and curve visualization.
• Awọn iṣẹ agbara: Capable of measuring S-parameters, Voltage Standing Wave Ratio (SWR), phase map, group delay, Smith chart, DELAY, POLAR, and LINEAR. Supports firmware upgrades via virtual U disk.
• PC and Android Phone Connectivity: Compatible with PC software (e.g., NanoVNA Saver) for data display and Touchstone (.snp) file export. Supports Android mobile phones for control.

3. Package Awọn akoonu

Nigbati o ba ṣii package, jọwọ rii daju pe gbogbo awọn nkan wọnyi wa pẹlu:

• NanoVNA-F V3.1 Vector Network Analyzer Unit
• USB Iru-C USB
• 2 x SMA Male to Male RG316 RF Cables
• Calibration Kit (OPEN, SHORT, LOAD)
• SMA Male to Female Adapters (various types)
• Stylus Pen

Figure 2: All components included in the NanoVNA-F V3.1 package.

4. Eto Itọsọna

4.1 Gbigba agbara akọkọ

Before first use, fully charge the NanoVNA-F V3.1. Connect the provided USB Type-C cable to the device's USB-C port and the other end to a standard USB power adapter (5V, 1A recommended) or a computer's USB port. The charging indicator will show the charging status.

4.2 Titan / Pa a

Locate the power switch on the side of the device. Slide the switch to the "ON" position to power on the unit. To power off, slide the switch to the "OFF" position.

4.3 Connecting to a Device Under Test (DUT)

The NanoVNA-F V3.1 has two SMA ports: PORT 1 (S11) and PORT 2 (S21). Use the provided SMA cables and adapters to connect your DUT. For reflection measurements (S11), connect the DUT to PORT 1. For transmission measurements (S21), connect the input of the DUT to PORT 1 and the output to PORT 2.

Figure 3: Schematic representation of S-parameter measurement connections on the NanoVNA-F V3.1.

5. Isẹ

5.1 User Interface Lilọ kiri

The NanoVNA-F V3.1 features a resistive touch screen and a wheel button for navigation. Use the stylus or your finger to interact with the touch screen menus. The wheel button can be used for fine adjustments or menu selection in some modes.

5.2 Idiwọn

Calibration is crucial for accurate measurements. Perform a full two-port calibration (OPEN, SHORT, LOAD, THRU) for the desired frequency range before taking measurements. Access the calibration menu from the main screen.

1. Connect the OPEN standard to PORT 1 and perform the OPEN calibration.
2. Connect the SHORT standard to PORT 1 and perform the SHORT calibration.
3. Connect the LOAD standard to PORT 1 and perform the LOAD calibration.
4. Connect PORT 1 and PORT 2 directly using a THRU cable and perform the THRU calibration.
5. Save the calibration data.

5.3 Awọn ọna wiwọn

The device supports various measurement modes, including:

• S11 (Reflection Coefficient): Measures the reflection characteristics of a device connected to PORT 1. Useful for SWR, Return Loss, and Smith Chart analysis.
• S21 (Transmission Coefficient): Measures the transmission characteristics between PORT 1 and PORT 2. Useful for gain/loss and phase measurements of filters, amplifiers, bbl
• SWR (Standing Wave Ratio): Indicates the impedance match of an antenna or transmission line.
• Smith Chart: Graphical representation of complex impedance.
• Ipele: Displays the phase response of the DUT.
• Group Delay: Measures the time delay of signals through the DUT.

5.4 PC Software Connectivity

For advanced analysis and data logging, connect the NanoVNA-F V3.1 to a PC using the USB Type-C cable. Download and install compatible software like NanoVNA Saver. This software allows for larger display, detailed analysis, and export of Touchstone (.snp) files for use in other RF simulation tools.

6. Itọju

6.1 Ninu

Lo asọ asọ ti o gbẹ lati nu ẹrọ naa. Fun idoti alagidi, die-die damp cloth can be used. Avoid using harsh chemicals or abrasive materials, as they may damage the screen or casing.

6.2 Ibi ipamọ

When not in use, store the NanoVNA-F V3.1 in a cool, dry place, away from direct sunlight and extreme temperatures. Keep it in its original packaging or a protective case to prevent physical damage.

6.3 batiri Itọju

To prolong battery life, avoid fully discharging the battery frequently. If storing for an extended period, charge the battery to approximately 50% and recharge every few months.

7. Laasigbotitusita

8. Awọn pato

Figure 4: Physical dimensions of the NanoVNA-F V3.1.

9. Atilẹyin ọja ati Support

Fún àlàyé nípa àtìlẹ́yìn àti ìrànlọ́wọ́ ìmọ̀ ẹ̀rọ, jọ̀wọ́ wo àwọn ìwé tí a pèsè pẹ̀lú ohun tí o rà tàbí kí o kan sí olùpèsè náà tààrà. Pa ẹ̀rí ìràwọ́ rẹ mọ́ fún àwọn ẹ̀tọ́ àtìlẹ́yìn.

Ko si awọn fidio ọja osise lati ọdọ olutaja ti a rii fun awoṣe yii.