AURSINC NanoVNA SAA-2N V2.2 Antenna Analyzer with Testboard Kit, 4 inch 50KHz-3GHz N-Type Vector Network Analyzer with Storage Bag, HF VHF UHF Measuring S Parameters, Duplexer, VSWR, Phase, Delay

Features

• [Testboard Kit for NanoVNA] The Testboard kit allows NanoVNA users to assemble a useful component jig to quickly build a simple RF circuit and evaluate its performance on the NanoVNA. The testboard kit is used for user-friendly measurement of DIP and SMT devices with a NanoVNA or other vector analyzers. The product comes unassembled, so you need to assemble it according to your needs. Please prepare your own welding tools and build a test circuit based on your testing requirements
• [Upgraded NanoVNA SAA-2N V2.2 Version] Upgrade to the latest SAA-2N V2.2 vector network analyzer, featuring N-type connectors that outlast SMA ports for long-term reliability. It boasts a 4.0-inch touch screen for intuitive data viewing and testing, and is housed in a solid steel enclosuresolidly built and perfect for antenna testing with stable field performance. It comes with a carrying case that stores all accessories for easy portability
• [Measurement Frequency Range] TheSAA-2N VNA antenna analyzer covers a frequency range of 50kHz to 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); Antenna analyzer performance: 1.005 (50kHz1.5GHz), 1.02 (1.5GHz3GHz). It supports up to 201 scanning points per selected frequency range, and the plots seem smooth without a lot of noise
• [PC Connection & Bulit-in 3000mAh battery] The NanoVNA SAA-2N can be controlled by PC via VNA-QT software, supported for Linux, Windows (7+), Mac OS planned. It also support Nanovna-Saver for extracting the data for display on a computer, and for saving to Touchstore files. Built-in 3000mAh rechargeable battery for long-lasting field use (Micro USB interface)
• [Calibration] The NanoVNA_V2.2 uses a similar user interface to the NanoVNA, but with a different technical architecture. The SAA-2N does not load the initial calibration data at startup, and does not automatically interpolate the calibration data after the user changes the frequency, must recalibrate or call back the calibration data after each startup and frequency change. Please read the user manual carefully before use to avoid damaging the device
• [Compliance] The NanoVNA SAA-2N developed by Hugen, designed in collaboration with OwOComm. Under the LGPL license agreement, it is completely manufactured according to the v2_2 files issued by OwOComm at Development Department, in line with the original technical specifications (Firmware update and manual: drive.google com/drive/folders/1Lr7AOTg2pAhYBZDfaiPVZTMZkFO14PMj)