基于Proteus的野战X线车机架运动控制仿真  

Field X-ray vehicle frame motion control simulation based on Proteus

作　　者：尹晓峰[1] 史海莲 张伟[1] 张康[1] 张谷敏[1] 尹晓红[3] 

机构地区：[1]济南军区联勤部药品仪器检验所,济南250022 [2]山东女子学院,济南250300 [3]山东省军区泰安军分区第三干休所,山东泰安271000

出　　处：《医疗卫生装备》2017年第9期26-30,共5页Chinese Medical Equipment Journal

摘　　要：目的 :建立基于Proteus的野战X线车机架运动控制仿真电路,并进行仿真分析。方法 :参照电路原理框图,选择Proteus软件中相应的元器件模型,构建仿真电路,编写并调试单片机控制程序,动态模拟电动机运转,分析不同参数条件下的仿真结果,验证仿真电路的有效性,实现机架运动控制仿真。结果:该研究实现了按键控制下的直流电动机正反转,在解决X线车机架运动故障方面发挥了积极作用。结论:Proteus软件适用于模拟电路、数字电路、单片机及其外围电路的系统仿真,构建稳定的虚拟电路实验室。装备保障人员可通过电路仿真,分析电路模型,模拟故障现象,判断故障部位,提高维修保障效能。Objective To develop a field X-ray vehicle frame motion control simulation circuit based on Proteus. Methods Corresponding component models of Proteus were selected to construct the circuit according to the circuit block diagram.SCM control program was developed and debugged. The frame motion control simulation was executed through dynamic simulation of motor running, simulation results analysis with different parameters and verification of the circuit efficacy.Results DC motor positive and negative rotation controlled by the button was realized, which solved the problems of X-ray vehicle frame motion. Conclusion Proteus can be used to implement system simulation of analog circuit, digital circuit, SCM and peripheral circuit as well as to construct virtual circuit lab. The equipment maintainer enhances medical equipment maintenance based on circuit simulation, circuit model analysis, failure simulation and failure position determination.

关 键 词：PROTEUS X线车 机架控制 电路仿真 装备维修 

分 类 号：R82[医药卫生—临床医学]