The electronic chip induction anti-theft system is a new generation of automobile anti-theft products developed and produced by adhering to the safety concept of "vehicle anti-theft" and "bottom level prevention" popular in the international automobile industry, using the latest RFID technology and based on the design idea of safety, reliability, simplicity, practicality and more humanization, so as to achieve the safety purpose of automobile anti-theft, robbery and destruction.

Chip type digital anti-theft device is the focus of the development of automobile anti-theft device. Most cars use this anti-theft method as the original anti-theft device.

The basic principle of the chip type digital anti-theft device is to lock the motor, circuit and oil circuit of the vehicle, and the vehicle cannot be started without the chip key. The digital code repetition rate is very low, and the code lock on the car can only be unlocked by using the code key to contact the code lock, so as to eliminate the disadvantages of being scanned.

At present, the chip type anti-theft has developed to the fourth generation. The newly launched fourth generation electronic anti-theft chip has a special diagnostic function, that is, the authorized person can get the historical information of the anti-theft system when reading the secret information of the key. The number of authorized spare keys, time stamps and other background information in the system become an integral part of the security features of the transceiver. The fourth generation electronic anti-theft system not only plays a more effective anti-theft role than previous electronic anti-theft systems, but also has other advantages: its unique radio frequency identification technology (RFID) can ensure that the system can correctly identify the driver in any case, and can automatically identify the driver when he approaches or leaves the vehicle, and automatically open or close the car lock; Whether inside or outside the vehicle, the original tms37211 device can easily detect the position of the electronic key.