TES-92 Portable Electromagnetic Radiation Detectors Digital ElectroSmog Tester RF Detector EMF Meter Frequency 50 MHz to 3.5 GHz

$475.00

SKU: 3256805727300896 Category:

Product Description

1, Product Features
Test the frequency range from 50MHz to 3.5GHz
Measurement of isotropic electromagnetic fields
Non directional measurement using a 3-axis measuring sensing rod
High dynamic range uses 3-channel digital processing
Programmable alarm limit values and storage functions
Easy to use

2, Product parameters
Sensor type
Electric field (E)

frequency rangeĀ 
50MHz to 3.5 GHz
Directional characteristic
Isosquareness, 3-axis
Measurement range (continuous wave signal>50MHz)
38mV/m to 11V/m
Absolute error (@ 1V/m and 50MHz)
Ā± 1.0dB
Frequency response (correction factor CAL included)
Ā± 1.0dB (50MHz to 1.9 GHz), Ā± 2.4dB (1.9GHz to 35GHz)
Equisquare deviation
Approximately Ā± 1.0dB at f>50 MHz
Continuous wave overload limit (CW)
4.2W/m2 (40 V/m)
Temperature effect (0 to 50 ā„ƒ)
Ā± 1.5dB
annotation
Unless otherwise specified, all specifications are subject to the following conditions:
Sine wave signal; The device is located in the far field of the emission source, with the sensing rod head pointing towards the emission source; Surrounding temperature+23 ā„ƒĀ± 3 ā„ƒ; Relative air humidity 25% to 75%

Sensor type
Electric field (E)

frequency rangeĀ 
50MHz to 3.5 GHz
Directional characteristic
Isosquareness, 3-axis
Measurement range (continuous wave signal>50MHz)
38mV/m to 11V/m
Absolute error (@ 1V/m and 50MHz)
Ā± 1.0dB
Frequency response (correction factor CAL included)
Ā± 1.0dB (50MHz to 1.9 GHz), Ā± 2.4dB (1.9GHz to 35GHz)
Equisquare deviation
Approximately Ā± 1.0dB at f>50 MHz
Continuous wave overload limit (CW)
4.2W/m2 (40 V/m)
Temperature effect (0 to 50 ā„ƒ)
Ā± 1.5dB
annotation
Unless otherwise specified, all specifications are subject to the following conditions:
Sine wave signal; The device is located in the far field of the emission source, with the sensing rod head pointing towards the emission source; Surrounding temperature+23 ā„ƒĀ± 3 ā„ƒ; Relative air humidity 25% to 75%

Ā