EDD-24T NLJD for Active and Passive Devices

Yes, the EDD-24T can detect electronic devices even if they are powered off, in standby mode, or without any power source. This is due to its ability to detect the silicon and metal components of electronic devices through high-frequency radio signals, which do not require the device to be active to be detected. This feature is particularly useful in counter-surveillance and security applications where devices may be hidden and powered off.

The EDD-24T NLJD works by transmitting a high-frequency radio signal that, when it encounters silicon, such as in electronic devices, responds with a strong second harmonic frequency. Metals and bi-metals respond with a third harmonic signal, allowing the device to differentiate between silicon-based electronics and metal objects. It operates on a 2.4 GHz frequency for transmission and has receivers for both 4.8 GHz (second harmonic) and 7.2 GHz (third harmonic).

The EDD-24T can detect the newest NANO SIM cards from up to 20cm away, showcasing its sensitivity and range in detecting small and sophisticated electronic devices. This range is indicative of its overall capability to identify various types of electronic equipment from a reasonable distance, making it effective in a variety of security and counter-surveillance scenarios.

Yes, the EDD-24T NLJD is designed to be user-friendly, with a simple operation interface that is suitable for both beginners and professionals. It features an intelligent algorithm that analyzes detected signals and evaluates the material probability, making it straightforward to identify the type of device detected. The device’s design focuses on ease of use without compromising on the accuracy or sensitivity of detection.

The EDD-24T package includes the Handheld NLJD Electronic Device Detector, a 110V to 240V AC input charger with auto-switching and international adaptors outputting 5V DC 2A, earphones, and a compact Military Standard Carry Case. This comprehensive package ensures that users have everything they need to start using the device effectively right out of the box.

The battery life of the EDD-24T NLJD is up to 4.5 hours, allowing for extended use in field operations without the need for frequent recharging. This makes it a reliable tool for comprehensive searches and security checks. The device comes with a charger and has been designed for efficiency and longevity in operational use.

The JJN Digital EDD-24T NLJD is a handheld electronic device detector that can identify all types of electronic equipment, whether they are active, passive, or powered off. It utilizes high-frequency radio signals to detect the presence of silicon and metal components in devices like mobile phones, covert cameras, and digital voice recorders. This technology allows it to find devices in any state, including powered off or in standby mode.

The EDD-24T is capable of detecting materials such as silicon, which is commonly found in electronic devices, and metals or bi-metals, thanks to its dual harmonic receivers. This allows it to identify a wide range of electronic components and devices, providing a versatile tool for detecting hidden or concealed electronic items. The device’s technology is specifically tailored to differentiate between these materials for accurate detection.

The EDD-24T can detect a wide range of electronic devices including mobile phones, tracking devices, listening devices, covert cameras, digital voice recorders, and even the newest NANO SIM cards. It is effective in detecting these devices regardless of their operational state, making it a versatile tool for security and counter-surveillance efforts. The device’s sensitivity and frequency range make it capable of identifying both contemporary and older electronic devices.

The EDD-24T NLJD is designed, manufactured, and tested in England, adhering to high technical standards. It is enclosed in machined Aluminium, highlighting its premium quality and durability. The device’s production in England assures users of its reliability and effectiveness in electronic detection tasks.