RPM-3GS 0.01 - 3GHz Upper Computer Version RMS RF Power Meter

RPM-3GS 0.01 - 3GHz Upper Computer Version RMS RF Power Meter Description

10MHz to 3GHz frequency range.
-40 to +5 dBm dynamic range, true RMS measurements at 45 dB dynamic range.
Performs full frequency range, dynamic range calibration using Agilent instruments before leaving the factory, with all 576 calibration points calibrated at 100MHz intervals (10MHz and 50MHz for calibration points below 100MHz) at 2.5dBm intervals.
Manual selection of test frequency (calibration factor) to improve overall accuracy.
Four selectable sampling rates of 10/40/640/1280Hz.

Synopsis:
The Upper Unit RF Power Meter is designed to provide near benchtop instrument accuracy for portable RF power testing in , providing you with a practical power sensor solution for use in graphic and digital transmission, communication base stations, power amplifiers, etc. The RPM3GS 0.01-3GHz RF Power Meter provides a dynamic range of -40-+5dBm, enabling users to make accurate measurements of CW and digitally modulated signals. The sensor connects to the RF Power Meter host computer software via a USB port.
Offset compensation function to manually compensate for external attenuators.
Connects to a computer via USB Type-C port, no additional power supply required.
Parameters:
Frequency range:10MHz-3GHz
Dynamic range:-40dBm-+5dBm
Input Connector:SMA female (external screw and internal hole)
Limit RF Input Parameters:+13dBm, 25V DC (exceeding cause damage)
Accuracy:0.25dB (typical), 0.5dB (maximum)
USB interface limit supply voltage:+5.5V
Supply current:Less than 100mA
Please note:the physical slightly color difference or difference, does not affect the use, please do not mind, thank you!
Color:As Shown
Material:aluminum alloy

Package Contents:
1 * Upper Unit RF Power Meter

Only the above package content, other products are not included.
Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.