Remote test system applied to missile ground joint debugging and test method thereof

Abstract

The invention discloses a remote test system applied to missile ground joint debugging and a test method thereof. According to the remote test system and the test method, different test subsystems areadopted, or the same integrated test system is adopted; the problem of joint debugging of scientific research units in different places is solved, remote semi-physical simulation is supported, and additionally, remote missile tests including an integrated system power supply test, a fuse interface test and a communication interface reliability test are synchronously completed; the current clock information of a remote test terminal is corrected according to satellite timing information, so that a global synchronous clock is obtained, the clock synchronization of the information is controlled,and the missile development test efficiency is improved; and the power consumption of to-be-tested equipment is sampled and then is fed back to a to-be-tested thermal battery, and the real-time powerinformation of a direct-current load simulator of the remote test terminal is adjusted to be converted into load of the thermal battery on a to-be-tested missile, so that the thermal battery on the missile can be closed to the missile-borne system test, and the complete closed-loop test of the missile system can be realized.

Description

technical field [0001] The invention relates to missile testing technology, in particular to a remote testing system and testing method applied to missile ground joint debugging. Background technique [0002] With the rapid development of weapons and equipment systems, people have put forward higher requirements for the efficiency of missile system research and development testing. Meet the requirements for rapid integration testing of each subsystem. In the test environment, it is necessary to centrally test the equipment of all parties, and the personnel from different local manufacturers are concentrated in the same experimental site, and the equipment is debugged and prepared in advance, which consumes a lot of manpower and material resources and consumes travel time; There are also some devices that are huge in size and cannot easily participate in joint debugging. In traditional test experiments, it is necessary to electrically connect each subsystem and coordinate a...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of weapons and equipment systems, people have put forward higher requirements for the efficiency of missile system research and development testing. Meet the requirements for rapid integration testing of each subsystem

In the test environment, it is necessary to centrally test the equipment of all parties, and the personnel from different local manufacturers are concentrated in the same experimental site, and the equipment is debugged and prepared in advance, which consumes a lot of manpower and material resources and consumes travel time; There are also some devices that are huge in size and cannot easily participate in joint debugging

In traditional test experiments, it is necessary to electrically connect each subsystem and coordinate and establish the assembly structure of each component. However, the combined structure of each device will change with the modification of the components, and the modification of the structural design has already Difficult to quickly connect with subsystem design

In the entire research and development cycle of the ammunition system, due to the update and adjustment of the subsystems, the structure is constantly modified, and various scientific research units have repeatedly participated in the joint commissioning, resulting in a waste of research and development resources and time, which hinders the rapid development of new ammunition. caused difficulties

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