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Electric Two‑Wheeler BSD MH60MT02

The MH60MT02 is a 60 GHz millimeter‑wave radar system for electric two‑wheelers. The system uses a millimeter‑wave radar sensor mounted at the rear of the vehicle to detect the distance, speed, and direction of moving targets behind and beside the vehicle, and then determines whether there is a potential collision risk, enabling functions such as BSD and RCW.

Aviation navigation signal source

The ADF‑2000L is a fully digital aviation signal source specifically designed for testing and calibrating aviation navigation equipment. It can simulate ADF (Automatic Direction Finder) signals commonly used in aviation navigation systems, helping users verify the performance and reliability of navigation equipment. It is suitable for civil aviation maintenance, avionics R&D, flight training, and other related fields.

High‑Speed Cable Test Solution

The solution integrates a vector network analyzer (VNA), a multi‑port extension device, electronic calibration units, coaxial cables, fixtures, and test software. It covers a frequency range of 10 MHz to 67 GHz, supports up to 144 ports, offers a high degree of test automation, and delivers excellent test efficiency.

Multi‑band Intermodulation Test System

Industry-first multi-band, multi-port passive intermodulation (PIM) test system, helping users improve efficiency and reduce costs Test time reduced by over 46%

Vehicle-Mounted Positioning Device Specification

To meet the technical investigation requirements of public security and intelligence agencies, it is necessary to obtain accurate location information of mobile phone users within a specified area. The airborne drone IMSI Catcher is a mobile phone positioning product that integrates advanced technologies in the wireless communications field.

Very Short Range Radar

Ultra‑Short Range Radar, as an efficient obstacle detector, combines microwave broadband technology with high‑speed digital signal processing to precisely address early‑warning requirements in ultra‑close‑range scenarios.