TMPSYS-LOR0836 - Double Probing Frequency Non-Linear Junction Detector
Application:
«TMPSYS-LOR-0836» is an indispensable tool for quick and reliable detection of devices containing semiconductor components. It can be used for counter-surveillance search works in premises (covert transmitters identification), as well as for location of explosive devices outdoors. The DPF (double probing frequency) technology with a patent pending antenna system places it truly apart from the competition.
Technical Characteristics:
- Probing signal frequency: 789.5 ... 791.5 MHz; 3581.5 ... 3607.5 MH
- Probing signal type: pulse
- Duty cycle: 0,3% and 5%
- Transmitters peak power in each frequency range: 40W/20W
- Receivers sensitivity: < -110 dBm
- Operation time with changeable battery (duty cycle 0,3% and 5%) : >3.0/1.5h
- Dimensions : 305 mm x 305 mm x 280 mm
- Weight : < 1.6 Kg
Main Competitive Advantages:
- Double probing frequency operation mode gives « TMPSYS-LOR-0836» significant advantages over single frequency NLJDs since it is much better to detect small-sized and high-frequency semiconductor objects at high frequencies whereas the use of low frequencies benefits from improved detection in the wet ground and concrete walls;
- It is possible to operate in one of the frequency ranges and in both of them simultaneously;
- An embedded parabolic antenna with high gain (20 dB at 3600 MHz) enables highly precise detection of semiconductor components from a long distance (up to 10 m);
- Laser pinpointing for a space selective object localization;
- Wide power control range, automatic and manual modes of probing signal level adjustment;
- Possibility to listen to the envelope detector output as well as to the received signal level via a built-in loudspeaker and wireless head phones to evaluate parametric impacts (e.g. knocking) on the suspicious object.
Delivery Set:
- " TMPSYS-LOR-0836";
- Additional changeable Li-Ion battery;
- Wireless accessories (a receiver and head phones);
- Power adapter (220V);
- Bag to keep and transport the device.
