ImmersionRC RF Power Meter V2 Quick & Easy Way To Test Power Output On FPV Video Transmitters RFPWR2 Build Your Own Drone

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ImmersionRC RF Power Meter V2

Description

The ImmersionRC RF Power Meter V2 is the next generation of RF metering, it replaces the original ImmersionRC RF Power Meter. With new features which include a built in battery, internal attenuator and other FPV'er essentials the ImmersionRC RF Power Meter V2 gives you all the information you need on a clean and clear OLED screen.

Questions are often asked concerning the performance of both budget and high end video transmitters on the market. Whether it be what the real output strength is, or how accurate each channel frequency is and if it's bleeding into adjacent channels, The ImmersionRC RF Meter V2 allows all these questions and many more to be answered, simply and accurately. At race meetings and when flying with friends, it's always good to know who is using which channels so there are no nasty surprises once you are airborne.

With the included Stubby dipole antenna, the ImmersionRC RF Power Meter V2 is all that you require to perform a power test on any FPV platform without the need to unscrew it's antenna. First calibrate the meter using a 'known good' transmitter, then allowing you to test your own and friends systems before you go flying. Both your video frequency and R/C frequency can be checked using the RF Power Meter V2.

The intergrated Li-ion battery will power the ImmersionRC RF Meter V2 for a solid 8 hours with an auto-shutdown feature after extended periods of inactivity. Re-charging is carried out via a micro-USB cable, and a full charge is completed in less than one hour.

Specification

Power Level: -20dBm up to +30dBm
Calibrated Frequencies: 35, 72, 433, 868, 915, 1200, 2400, 5600-6000MHz in 50MHz steps
Accuracy: +/- 0.5dB
Attenuator: 30dB (Internal)
Battery: 3.7V Lithium Ion cell, 10440 size, 600mAh
Current Consumption: ~35mA
Battery Life: ~8 hours
Auto Shutdown: 5 minute timeout
Charging: Micro USB cable
Display: OLED, 128×64 pixels, monochrome
User Input: Joystick
Interfaces: USB, power control via CDC
Antenna: 5.8GHz ‘Sniffer Antenna’ (linearly polarized ~2dBi dipole)
Adapter: Male to Male SMA adapter