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The technical characteristics of the Lornet 36 Mini, like selection and accuracy of spatial localization (of semiconductor devices for distances to max. 2m) correlate with the Lornet 36 device.
Much like the NLJD 36, the Mini operation functions on the principles of semiconductor components, so to generate a response in second and third harmonics when they are radiated by a UHF signal.
If the semiconductor components are of artificial origin, they will have a higher level of second harmonic. To the contrary, semiconductor components of natural origin, such as oxide films, will have a higher level of third harmonics.
The NLJD 36 Mini, uses the second and third harmonics response of the radiated objects as to enable a fast and accurate identification of electronic devices and natural oxide semiconductors.
The SHF range makes it possible to detect semiconductor elements hidden by different materials; like cracks, under screens and reflections of smooth surfaces.
It is able to detect SIM cards at a 1 meter distance.
The controls and indications of operation are done in the same way as in the Lornet, Lornet-24 and Lornet-36 models; automatic and manual changes in power of the probing signal in "Pulse Mode".
Which means that it has two types of radiated signals:
The electromagnetic and radiation impact on the user is largely reduced, due to the high duty ratio of the probing impulses.
The LED display and the light weight make it easy to use.
Disclaimer: Items on the website are not be used for the purpose of illegal surveillance of unsuspecting subjects. The items are to be used only in compliance with all the local laws and regulations under the threat of penalty.
