The developing history and present developing trend abroad of inductive setting are described in brief.

Based on analyzing the working principle of the muzzle inductive setting electronic time fuze,combining with the working characteristics of the inductive setting fuze circuit,the low-power-consumption circuit of the electronic time fuze is designed with the chip microcomputer.

The muzzle inductive setting is a dynamic process of high speed.

In order to improve the reliability of muzzle electromagnetic induction setting system,static electromagnetic field of the transmission coil of the fuze induction setting system has been analyzed by using the finite element method.

In respect to the concrete demands of muzzle induction setting system,a new method is put forward to calculate the uniformity of magnetic field,which is suitable for the fuse muzzle induction setting system.

The electromagnetic induction setting technology is one of the primary methods of fuze wireless setting,which is a mature technology in engineering at present,but its theory research is still in its infancy.

A link-belt electromagnetic induction setting analysis model was established by ANSYS,the influence of the body material and the input frequency on coupled loop output was discussed,the quasi-dynamic induction setling process analysis was carried out,which have introductive significance for engineering design.

The features and implementation approaches of the 3rd generation of inductive setting technology——software defined inductive setting(SDIS,SWIS) are described in detail.