The 3.6GHz Non-linear Node Detector utilizes advanced 3.6GHz near-field radar detection technology. It intelligently evaluates the second and third reflection harmonics through algorithms to determine the presence of suspicious nodes such as semiconductor components and metal oxides. It can effectively detect various electronic devices in different working states as well as scattered integrated circuits.
Product Introduction
The 3.6GHz Non-linear Node Detector utilizes advanced 3.6GHz near-field radar detection technology. It intelligently evaluates the second and third reflection harmonics through algorithms to determine the presence of suspicious nodes such as semiconductor components and metal oxides. It can effectively detect various electronic devices in different working states as well as scattered integrated circuits. This device features strong detection directivity, capable of detecting small electronic component targets with an area of less than 1×1cm, and can effectively detect advanced process chips below 14nm. Additionally, the device can penetrate the metal casing of the detected object to detect and alarm the internal circuits.
Performance Advantages
●Independently developed in China, breaking the technological monopoly of Europe and the United States
●Based on 3.6GHz new near-field detection technology
●Capable of detecting advanced process chips below 14nm
●Narrow detection beam with more precise directivity
●Able to penetrate 2mm metal casings to detect electronic components
Technical Parameters
Operating transmission frequency: 3.6GHz automatic channel selection
Maximum output power: EIRP ≤ 3W
Output power adjustment: automatic / manual (continuously adjustable in real-time during operation)
Reception sensitivity: low, medium, high, continuously adjustable
Maximum detection distance: ≥ 50cm
Display mode: 4 switchable modes
Audio output: built-in speaker / external earphone
Power supply: DC12V lithium battery
Operating time: ≥ 3 hours
Operating temperature: -25℃ ~ +40℃