Lornet Star Non Linear Junction Detector with Integrated Spectrum Analyzer

Description

Lornet Star - the world's only non-linear junction detector featuring an integrated spectrum analyzer of 2nd and 3rd harmonics and interchangeable transmitter-receiver unit of 3 frequency bands: 800 MHz, 2400 MHz and 3600 MHz.

For efficient identification of artificial and natural semiconductors a visual spectrum analyzer or a listening through a built in speakerphone or headphones after AM or FM decoding of the signal in continuous mode is used.

Key Features

- operation in absorbing media with high humidity

- detection of small semiconductor elements and  remote detection with spatial selection of target 

- reliable detection of SIM-card at a distanse of 10-15 cm

- universal control unit with replaceable recieving/transmitting units and extension rod

- built-in spectrum analyzer of 2nd and 3d harmonics increses identification efficiency of semiconductor elements (for 800 and 2400 MHz)

- vivid and explicit indication of power levels of the signal and the received harmonic-waves

- automatic protection system against centered jamming by criterion of a minimum noise in the receiver path of the 2nd harmonic

- user friendly interface and unified push-button control. It does not require pre-setting before the start

- electromagnetic radiation towards the operator is many times less than one set by the Regulator

Main Competitive Advantages

• Does not have analogues in the world.

• The operator can analyze not only the amplitude, but also the spectra of 2nd and 3rd harmonics signals re-emitted by a non-linear object, relative to probing frequency, which increases informational content of the non-linear features of the object. In particular, that considerably facilitates decision-making on the separation of corrosive and artificial semiconductors. 

• There is a built-in module measuring the reflected power of the probing signal from the research object, which allows it to estimate the extent of the reflecting surface of the object.

• Use of 3 replaceable transmit/receive units significantly reduces the probability of missing a thing at search operations providing major advantages in all three ranges:

- 800 MHz - all-weather and relatively low attenuation of signals in dense medium (brick, concrete, etc.),

- 2400 MHz - the opportunity to detect SIM cards and small (about 1 cm²) semiconductor devices,

- 3600 MHz - providing spatial selection, which facilitates search operations in premises containing legal electronic devices.

• Time to replace transmit/receive units and extension rod will not exceed a few minutes.

Technical Characteristics

• Replaceable transmit/receive blocks provide probing signal frequency in the range:

               2400 MHz,

               800 MHz,

               3600 MHz.

• Types of probing signal: 

               pulse (with relative pulse duration 44),

               continuous (with AM demodulator),

               continuous (with FM demodulator).

• Output power of pulse (continuous) signal at least 10 (0,3) W.

• Spectrum Analyzer at the 2nd and 3rd harmonics of probing signal in the band of 10 kHz and a resolution of 40 Hz.

• Sensitivity for 2nd and 3rd harmonics at least -110 dBm (-140 dBW).

• Dynamic indication range of 2nd and 3rd harmonics more than 40 dB.

• Indication of re-emitted signals of the 2nd and 3rd harmonics.

• Removable extension rod.

• Manual power adjustment in the range of 20 dB.

Antenna module	08	08c	24		24c		36m
Frequency of probing signal in the range	800 MHz	800 MHz	2400 MHz	2400 MHz		3600 MHz
The maximum power of the probing signal (max. // average):
Pulse mode	10W//230mW	10W//230m W	10W//230mW	10W//230mW		18W//112mW
Continuous mode	300mW	300mW	300mW	300mW		-
Pulse mode with low off-duty factor (CW)	-	-	-	-		6W//375mW
Receiver sensitivity	-110dBm(-140dBmW)
Probing signal power adjustment range	20dBm
Receiving path dynamic range	24dBm
Battery life at maximum power in a pulse (continuous) mode	3,0h (1,5h)	3,0h (1,5h)	3,0h (1,5h)	2,5h (1,5h)		2,5h (1,5h)
Module dimensions	102х16х6cm	102х16х6cm	39х10х6cm	39х10х6cm		47х32х19cm
Telescopic rod sizes	54x4x4 (86x4x4)cm
Full weight of the device without telescopic rod	up to1,5 kg
Telescopic rod weight	0,2 kg
Bag dimensions	65x30x20cm
Maximum device weight in the bag	3kg
Operating temperature range	from +5°C to +40 °C

Possible modifications

Lornet Star //08 - with antenna module for 800 MHz and spectrum analyzer

Lornet Star //08c - with antenna module for 800 MHz

Lornet Star //24 - with antenna module for 2400 MHz

Lornet Star //24c - with antenna module for 2400 MHz and spectrum analyzer

Lornet Star //36m - with antenna module for 3600 MHz

Lornet Star //08//24 - with 2 antenna modules for 800 MHz and 2400 MHz

Lornet Star //08c//24 - with 2 antenna modules for 800 MHz with spectrum analyzer and 2400 MHz 

Lornet Star //08//24c - with 2 antenna modules for 800 MHz and 2400 MHz with spectrum analyzer

Lornet Star //08c//24c - with 2 antenna modules for 800 MHz and 2400 MHz with spectrum analyzers

Lornet Star //08//36m - with 2 antenna modules for 800 MHz and 3600 MHz

Lornet Star //08c//36m - with 2 antenna modules for 800 MHz with spectrum analyzer and 3600 MHz

Lornet Star //24//36m - with 2 antenna modules for 2400 MHz and 3600 MHz

Lornet Star //24c//36m - with 2 antenna modules for 3600 MHz and 2400 MHz with spectrum analyzer

Lornet Star //08//24//36m - with 3 antenna modules for 800 MHz, 2400 MHz and 3600 MHz

Lornet Star //08s//24//36m - with 3 antenna modules for 800 MHz with spectrum analyzer, 2400 MHz and 3600 MHz

Lornet Star //08//24c//36m - with 3 antenna modules for 800 MHz, 2400 MHz with spectrum analyzer and 3600 MHz

Lornet Star //08c//24c//36m - with 3 antenna modules for 800 MHz and 2400 MHz with spectrum analyzers and 3600 MHz 

For more details, you may contact Worldwide Technologies, Lornet Star Non Linear Junction Detector Dealer in Dehradun Uttarakhand India at www.wtpl.co.in