Vi lever i en elektronisk tidsalder, omgivet af en række elektroniske produkter, alle disse elektroniske produkter vil have strålingssignaler, især i de seneste år, signal jammer bruges mange steder, såsom, undersøgelseslokaler, skoler, tankstationer, kirker , domstole, biblioteker, konferencecentre (lokaler), teatre, hospitaler, regering, finans, fængsler, offentlig sikkerhed, militært tunge steder osv. Hvis det er skadeligt for mennesker, vil alle lande i verden ikke bruge signal jammer.
The radio frequency jammer has a certain inhibitory effect on the increasingly serious "mobile phone noise pollution" and " UAV Drone random flying around".
The working principle of the signal jammer is that the frequency of the signal emitted by the jammer itself interferes with the frequency of the mobile phone receiving the base station,make the mobile phone unable to establish connection with the base station, Mobile phones are characterized by search networks, no signals, no service systems. Suppressing the disconnection of the Drone remote control signal and the drone communication, the drone can not be chaotic fly, The frequency of the signal emitted by the signal jammer is also an electromagnetic radiation. whether such radiation has no effect on the body, let us first look at the principle of electromagnetic radiation. The frequency of the signal emitted by the signal jammer is also an electromagnetic radiation. whether such radiation has no effect on the body, let us first look at the principle of electromagnetic radiation.
Elektromagnetisk stråling (nogle gange omtalt som EMR) er i form af selv-forplantende bølger i et vakuum eller i et stof. Elektromagnetisk stråling har et elektrisk felt og en magnetisk feltkomponent, der oscillerer energi i to indbyrdes vinkelrette retninger. Elektromagnetisk stråling er opdelt i forskellige typer afhængigt af frekvens eller bølgelængde. Disse typer omfatter (for at øge frekvensen): strøm, radiobølger, mikrobølger, terahertz-stråling, infrarød
stråling, synligt lys, ultraviolet lys, -røntgenstråler og gammastråler. Blandt dem er radiobølgens bølgelængde lang, og gammastrålens bølgelængde er kort. Røntgen- og gammastråleionisering er meget stærk, anden elektromagnetisk strålingsioniseringsevne er relativt svag, og lavere frekvens har ingen ioniseringsevne.
Wavelength and frequency determine another characteristic of the electromagnetic field: electromagnetic waves are based on small particle photons. Photons of high-frequency (short-wavelength) electromagnetic waves carry more energy than photons of low-frequency (long-wavelength) electromagnetic waves. The energy carried by each photon of some electromagnetic waves can be as large as the ability to destroy the chemical bonds between molecules. In the electromagnetic spectrum, gamma rays, cosmic rays, and X-rays produced by radioactive materials have such characteristics and are called "ionizing radiation." An electromagnetic field in which the energy of a photon is insufficient to destroy a molecular chemical bond is called "non-ionizing radiation."
Kunstige kilder til nogle elektromagnetiske felter i vigtige dele af vores liv, såsom elektricitet (transmission og transformation, husholdningsapparater osv.), mikrobølger (mikrobølgeovne, mikrobølgesignaltransmissionstårne osv.), radiobølger (mobiltelefonkommunikation, radio- og tv-transmissionstårne osv.), i det elektromagnetiske spektrum. Ved relativt lange bølgelængder og lave frekvenser har deres fotoner ingen evne til at ødelægge kemiske bindinger. Derfor er sådanne elektromagnetiske bølger ikke-ioniserende elektromagnetiske felter. så det har en lille indvirkning på den menneskelige krop.
In summary, it is concluded that the electromagnetic wave emitted by the RF jammer is a non-ionizing electromagnetic field. This is a relatively safe electromagnetic field, which has no effect on the human body. You can use it with confidence!
