DeepVNA 101 4.3-inch Screen Handheld Vector Network Analyzer, HF/VHF/UHF antenna standing wave analyzer.
(2022 upgrade of NanoVNA-F)
With the following improvements:
1. The user buttons are changed to a rotary encoder, which makes the control more convenient and smooth.
2. New added RTC circuit, with real-time clock and perpetual calendar functions.
3. Optimize the S21 insertion loss/filter measurement performance, with a larger dynamic range.
Running firmware version: 1.0.4, new features:
1. Add RTC real-time clock, perpetual calendar function
2. The measurement data file name is in the form of YYMMDD_HHMMSS.
3. The frequency setting can choose the start and end or the center span mode.
4. The boot sound can be turned on or off.
This is a vector network analyzer, which can measure the S-parameters of the circuit, transmission test, reflection test, insertion loss, return loss, fault location (TDR function), antenna standing wave, impedance, filter response and so on.
Nominal Frequency: 10k - 1.5GHz
Scan Points: Up to 301 points
Battery capacity: 5000mAh/3.7V
Memory capacity size: 16MB
Up to about 1000 sets of snp file data can be saved.
Special reminder: The working principle of the resistive touch screen is mainly to realize the operation and control of the screen content through the principle of pressure sensing. Installing a screen protector may have some impact on the operation of the touch screen, we recommend that you do not install a screen protector unless it is necessary.
Appearance drawing of aluminum metal shell (aluminum alloy black oxide shell)
Appearance drawing of plastic shell model (ABS black plastic shell)
Except for the difference in appearance, the other parameters, performance and accessories of the two units are the same.
Brightness adjustment function.
Stored files are named with date and time.
Dynamic range display
Date time setting process.
S11 SWR Measuring
S11 and S21 Measuring
Use firmware version: 1.0.4
Official website: https://deepelec.com/
Groups.io : groups.io/g/nanovna-f
Facebook : NanoVNA-F
Instructions and PC software use:
https://deepelec.com/support/