[Upgraded NanoVNA V2 Plus5] Compared to NanoVNA V2 PLUS4, the V2 PLUS4 Pro has the same appearance as the plus4, with a few more options in the menu. Update: 1. Hardware added bandwidth adjustment function; 2. It can measure narrowband devices, such as crystal oscillators; 3. The maximum scan speed is faster than before, the default parameter is 0.16 seconds per scan, instead of 0.25 seconds
[ADVANCED FREQUENCY RANGE] NanoVNA V2 Plus5 is a 4GHz T/R vector network analyzer developed by HCXQS in collaboration with OwOComm. Compared to earlier NanoVNA versions, V2 does not use harmonics for measurements and reaches to 90dB dynamic range. NanoVNA V2 Plus5 provides a 50KHz-4GHz frequency range, has improved shielding that achieves high dynamic range with an aluminum enclosure
[SUPPORT PC CONTROL] PC control via two PC applications (NanoVNA Saver / NanoVNA-QT), computer software compatible: Linux, Windows (7 or above), Mac OS. It works well with a computer to print out Standing Wave Ratios, Smith Charts and other Antenna related information over various frequency ranges
[LARGER CAPACITY RECHARGEABLE BATTERY] The upgraded vector network analyzer is contained with a 3200mAh/3.7V lithium rechargeable battery with loger operating time and lasting battery life. Also there are battery charge LED indicators at the back of the VNA which are the battery fuel gauge, the one that is closest to the CH1 port connector is the lowest charge level indicating ≤ 25%
[WHAT ARE INCLUDED] 1x NanoVNA V2 Plus5 (V2 PLUS4 Pro), 4 x Calibration set - open, short, load, & thru, 2x Male to Male SMA cables, 1x USB2-B to USB2-A cable (black or silver), 1x stylus to operate the touch screen menu and markers
Description
Compared to NanoVNA V2 PLUS4, the V2 PLUS4 Pro has the same appearance as the plus4, with a few more options in the menu. Update:
1. Hardware added bandwidth adjustment function;
2. It can measure narrowband devices, such as crystal oscillators;
3. The maximum scan speed is faster than before, the default parameter is 0.16 seconds per scan, instead of 0.25 seconds