Aircraft station simulation training practical operation system

Abstract

The invention discloses an aircraft station simulation training practical operation system. The aircraft station simulation training practical operation system is mainly composed of a microcomputer system, a signal conditioning plate, a function signal generator and a power supply system. The signal conditioning plate comprises a single-chip microcomputer system, a digital I / O, a data collector, a matrix switch, an analog output and a power switching circuit, wherein the digital I / O, the data collector, the matrix switch, the analog output and the power switching circuit are connected with the single-chip microcomputer system. The microcomputer system is in communication connection with the single-chip microcomputer system of the signal conditioning plate through an RS-232 bus. The microcomputer system is in communication connection with the function signal generator through a USB bus. The signal conditioning plate and the function signal generator are in output connection with a front panel interface circuit of simulated real equipment. The aircraft station simulation training practical operation system can assist in completing simulation training of a certain type of ultra-short wave radio set, and has the advantages of being low in invested cost, good in training effect and beneficial to improving the understanding ability of trainees on the working principle of the ultra-short wave radio set and the troubleshooting ability of the trainees on the ultra-short wave radio set.

Description

technical field [0001] The invention relates to a certain type of radio simulation training system, in particular to the design of an aircraft radio simulation training practical operation system. Background technique [0002] Teaching and training equipment is a kind of teaching equipment that can develop and train students' hands-on and brain-using abilities. It makes it easier for students to master various knowledge of radio stations by simulating all operations, display functions and fault phenomena of radio stations. At present, the ultrashort wave radio circuits equipped and used in the army are complicated and costly, and training will increase the training cost; and, in the process of teaching and training, if the actual equipment is used, it will affect the surrounding electromagnetic environment, especially the ground-to-air ultrashort wave radio station The use of the radio will directly affect the communication and navigation of the aircraft on the route, and ca...

AI Technical Summary

Problems solved by technology

At present, the ultrashort wave radio circuits equipped and used in the army are complicated and costly, and training will increase the training cost; and, in the process of teaching and training, if the actual equipment is used, it will affect the surrounding electromagnetic environment, especially the ground-to-air ultrashort wave radio station The use of the radio will directly affect the communication and navigation of the aircraft on the route, and cause safety hazards to the flight; in addition, the wrong operation may cause damage to the equipment of the ultrashort wave radio station; finally, if the actual radio station is used for training, the radio station will appear during use. Symptoms cannot be reproduced

Moreover, the actual radio training used in the existing teaching and training has problems such as not being intuitive, not easy to understand, high training costs, interfering with airline aircraft communications, easily damaged, and unable to simulate fault phenomena.

Therefore, in teaching practice, it is difficult to obtain a large number of ultrashort wave radio stations, and the lack of radio training equipment has become the main factor restricting the training effect

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