3G SAA-2 Vector Network Analyzer NanoVNA V2 VHF UHF VNA Antenna Analyzer with 2.8In Screen Handheld Spectrum Analyzer

3G SAA-2 Vector Network Analyzer NanoVNA V2 VHF UHF VNA Antenna Analyzer with 2.8In Screen Handheld Spectrum Analyzer Description

Comprehensive Vector Network Analysis: The NanoVNA V2 3G is a powerful vector network analyzer capable of measuring and analyzing S-parameters (scattering parameters), including amplitude and phase information, making it an essential tool for any vector network analyzer application.
Wide Frequency Range: This hf vhf uhf vna covers a broad frequency range from 50kHz to 3GHz, encompassing a wide array of radio communication bands, ensuring versatile usage for various testing needs.
Portable and Convenient: Designed with portability in mind, the NanoVNA V2 3G is a compact and lightweight antenna analyzer, making it perfect for outdoor, laboratory, and mobile scenarios, offering ease of transport and use.
High Precision Measurements: This handheld vector network analyzer boasts high precision measurement capabilities, delivering low-loss and high dynamic range results, ideal for accurate and reliable testing.
Open Source and Versatile Applications: As an open-source project, the NanoVNA V2 3G's hardware and software designs are publicly available, making it a versatile vna analyzer for applications in radio communication, RF circuit design, antenna analysis, and filter design.

Frequency range: 50kHz-3GHz
System dynamic range (calibrated): 70dB (up to 1.5GHz), 60dB (up to 3GHz)
S11 noise floor (calibrated): -50dB (up to 1.5GHz), -40dB (up to 3GHz)
Scan speed: 100 points/second
Display: 2.8-inch, 320 x 240
USB interface: micro-USB
Power supply: USB, maximum charging current 1A
Battery: 1950mAh Li-ion
Battery connector: JST-XH 2.54mm
Maximum scan points (on device screen): 201
Maximum scan points (USB): 1024
Port 2 return loss (1.5GHz): 20dB typ
Port 2 return loss (3GHz): 13dB MIN
VNA-QT software compatible systems:for Linux, for Windows (7+), for Mac OS planned
Colour:As Sho