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3GHz NanoVNA V2 Vector Network Analyzer — Shortwave Antenna Analyzer HF VHF UHF 10KHz–3GHz
3GHz NanoVNA V2 Vector Network Analyzer — Shortwave Antenna Analyzer HF VHF UHF 10KHz–3GHz
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The NanoVNA V2 by HLFEC is a next-generation, portable Vector Network Analyzer designed for hobbyists, engineers, and RF enthusiasts. Covering a wide frequency range from 10 kHz to 3 GHz, it’s ideal for testing antennas, filters, cables, and RF circuits in shortwave, HF, VHF, and UHF bands. This powerful handheld analyzer offers professional-grade measurements in a compact form factor.
Whether you’re optimizing antenna performance or analyzing RF components, the NanoVNA V2 delivers high precision, portability, and versatility for all your testing needs.
🌟 Key Features:
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Wide Frequency Range: 10 kHz – 3 GHz for HF, VHF, UHF signal analysis.
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High Dynamic Range: Calibrated up to 70 dB (1.5 GHz) and 60 dB (up to 3 GHz) for accurate measurements.
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Compact Display: 2.8" screen (320×240 resolution) with intuitive interface.
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Fast Sweeping: 100 points/s for quick testing.
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Portable Power: Powered via USB with a built-in 2000mAh lithium-ion battery for field use.
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Robust Construction: Metal case for durability.
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Software Compatibility: Supports VNA-QT software for Linux, Windows, and planned Mac OS.
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Calibration Ready: Comes with SMA calibration kits (Open, Short, Load) for accurate readings.
⚙ Specifications:
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Brand: HLFEC
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Model: NanoVNA V2
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Frequency Range: 10 kHz – 3 GHz
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Dynamic Range: 70 dB (up to 1.5 GHz), 60 dB (up to 3 GHz)
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S11 Noise Floor: -50 dB (up to 1.5 GHz), -40 dB (up to 3 GHz)
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Sweep Rate: 100 points/s
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Display: 2.8" 320×240 color screen
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USB Interface: Micro USB
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Battery: 2000 mAh lithium-ion
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Port 2 Return Loss: 20 dB typ (1.5 GHz), 13 dB min (3 GHz)
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Sweep Points: Up to 201 (device), up to 1024 (USB)
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Case: Metal
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Accessories: SMA calibration kit, SMA cables, connectors, portable carrying bag
🛠 Ideal For:
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RF antenna testing and tuning
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Cable and filter characterization
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Amateur radio (HAM) operators
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Electronics and RF engineering
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Educational and experimental projects
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Field signal analysis and troubleshooting
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