Feature

●High Performance: The stationary wavemeter uses 3 magnetic ring detection circuits, which can be used for 5 hours of continuous operation and MCU is AVRmega32
●Algorithm Correction: 1024 point interpolation algorithm correction is performed against the non-linearity of the software diodes, constant waves, peak forward power PF, peak reverse power PR, average forward power AF and average reverse power AR
●ACCURATE READING: This mini stationary wave meter adopts organic luminous diode screen display, 128 x 32 resolution, making the reading clear and accurate
●can display basic specifications at the same time. Frequency range is 1.6MHz to 30MHz, power error ±5%, maximum measurement power 100W, maximum display power 138W
●Aluminum alloy material: Mini standing wavemeter adopts high quality aluminum alloy shell, strong and durable


Description

Specifications:
Item Type: Mini Stationary Wavemeter
Material: Aluminum alloy
Frequency Range: 1.6MHz - 30MHz
Power error: ±5%
Maximum measurement power: 100 W
Maximum display power: 138W
Constant wave display range: 1.0 - 10
Insertion Loss: Impedance: 50 Ohm
Display: 2.23 inch organic luminescent diode screen, 128x32 resolution
MCU:AVR mega32
Constant Wave Detection: Uses 3 magnetic ring detection circuits
RF Connector: SL16-KF) M-KF) Female
Charging port: 5V) Micro USB) 200mA
Power Consumption: Battery: 8.4 V polymer lithium battery 350 mAh). Ships with built-in batteries)
Continuous working time: 5 hours

How to use:
1. The M female socket on the left side of the stationary wave meter is connected to the input terminal) to the radio station, and the M female socket on the right side is the output terminal). Switch the power switch on the right side of the stationary wavemeter. When you turn on the stationary wavemeter, the world map is first displayed, then the version number and the percentage value of the battery voltage, then enter the main interface of measurement.
2. Charging LED indicates that it is always on while charging and off after charging. If there is input overvoltage, output low voltage, overvoltage, output short circuit, elapsed charging time, etc. will flash at a frequency of 1.6 Hz. Do not charge the battery after wearing out. The battery is out of the battery and the charge is