When it comes to conducting efficient search operations in various environments, having the right tools at your disposal is crucial.
One such tool that stands out in the realm of non-linear junction detection is the NETSCOPE-1 Non-Linear Junction Detector.
This groundbreaking device offers a unique capability that sets it apart from the rest – the ability to leverage two distinct probing frequency ranges based on the specific task at hand.
NETSCOPE-1 can enhance search operations through its versatile probing frequencies and highlight the ideal scenarios for each frequency range.
Its flexibility
The NETSCOPE-1 is the sole device in its class that offers the flexibility of utilising two different probing frequency ranges to optimise search operations. With an 880 MHz probing frequency, the device proves to be highly effective in environments with high levels of attenuation, such as concrete constructions or damp soil.
This frequency range allows operators to penetrate through obstacles and detect hidden electronics with precision and accuracy.
On the other hand, the 2.4 GHz probing frequency offered by the NETSCOPE-1 is recommended for tasks such as luggage inspection or the detection of SIM cards.
This higher frequency range enhances sensitivity and enables operators to pinpoint electronic anomalies in compact spaces.
By seamlessly switching between these two probing frequencies, the NETSCOPE-1 offers unparalleled versatility in non-linear junction detection.
Advantages
One of the key advantages of the NETSCOPE-1 is its ability to adapt to diverse search scenarios with ease.
Whether you are conducting a search in a cluttered environment or inspecting electronic devices, the device's dual probing frequencies provide the flexibility needed to effectively detect hidden electronics.
By strategically choosing between the 880 MHz and 2.4 GHz probing frequencies, operators can customise their approach based on the specific task at hand.
Additionally, the NETSCOPE-1's advanced signal processing capabilities ensure reliable and accurate detection results, even in challenging environments.
The device's intuitive interface and real-time feedback mechanism make it easy for operators to interpret signals and identify potential threats swiftly.
With the NETSCOPE-1 as their tool of choice, search teams can streamline their operations and enhance their overall productivity.
Conclusions
In conclusion, the NETSCOPE-1 stands out as a game-changer in non-linear junction detection, thanks to its unique capability to leverage two distinct probing frequency ranges.
Whether you are conducting search operations in environments with high levels of attenuation or inspecting electronic devices, the device's versatility and precision make it the ideal tool for the job.
By harnessing the power of the NETSCOPE-1, operators can enhance their search capabilities and stay one step ahead of potential threats.
SPECIFICATIONS
TRANSMITTER:
FIRST TRANSMITTER (LF):
Frequency range:
883.7 MHz to 888.7 MHz
Output power:
30dbm (1W) continuous
Radiation type:
continuous
SECOND TRANSMITTER (HF):
Frequency range:
2406 MHz to 2414MHz
Output power:
30dbm (1 W) continuous/ 35dbm (3W) pulse
Radiation type:
Continuous/Pulse
RECEIVER:
Receivers for receiving transmitter harmonics (LF)
Rx frequencies for 2nd and 3rd harmonics:
1767.4 to 1777.4MHz, 2651.1 to 2666.1MHz
Sensitivity:
– 120 dbm
Receivers for receiving transmitter harmonics (HF)
