3GHz vector network analyzer, designed by OwOComm, under the LGPL license agreement, it is completely manufactured according to the v2_2 files issued by OwOComm at https://github.com/nanovna/S-A-A Development Department, in line with the original technical specifications designed by OwOComm.
The S-A-A-2/NanoVNA_V2 uses a similar user interface to the NanoVNA, but with a different technical architecture, the S-A-A-2/NanoVNA_V2 does not load the initial calibration data at startup, and does not automatically interpolate the calibration data after the user changes the frequency, and 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.
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)
Sweep rate: 100 points/s
Display: 2.8'', 320 x 240
USB interface: Micro USB
Power: USB, Maximum charge current 1A
Battery connector: JST-XH 2.54mm
Maximum sweep points (on device): 201
Maximum sweep points (USB): 1024
Port 2 return loss (1.5GHz): 20dB typ
Port 2 return loss (3GHz): 13dB min
VNA-QT software supported platforms: Linux, Windows (7+), Mac OS planned
Packaging & Shipping
S-A-A-2 host (with 1950mAh battery) x 1
Micro USB data cable x1
30cm SMA male to male SS405 RF cable x2
SMA male calibration kit - OPEN x1
SMA male calibration kit - SHORT x1
SMA male calibration kit - LOAD x1
SMA female to female connector x1
This NanoVNA includes a battery. We transfer it to Hong Kong for distribution. Ship via DHL, UPS etc. Mostly by DHL. Will choose a suitable one based on your address. Unspecified shipping way if didn't contatc us.
Recently, European customers responded for DHL's import fees. If you want UPS or other service, please contact me online or leave messgae on feedback or by email. We will check more for you. sales11<at>zeenko.cn
The Testboard kit allows NanoVNA users to assemble a useful Component jig to quickly assemble a simple RF circuit and evaluate their performance on the NanoVNA.
INCUDING: Testboard Printed Circuit Board(Compatible with DIP pads of VNWA Testboard and add 0805 and 1206 STM pads) x1 SMA End Connectors (same type as in NanoVNA) x6 Copper 6mm spacers x4 M2.5 4mm screws x4 40 pin female SIL Socket x2 Resistor SMD 49R9 1% 0805 x2
The NanoVNA software uses the GPL protocol to open source, aiming to attract more young people to pay attention to radio frequency and wireless.
We will continue to provide updates and technical support services for NanoVNA within 3 years after purchase.
We will test before shipment and connect directly to the SMA port for calibration, the calibration data is stored in state 0, and the boot will load the status 0 data directly.