文档介绍：4、论述了单片机在工作过程中的稳定问题,对如何有效消除干扰的技术啦了箍要介绍。5、分析了单片机控制系统的软件编程实现问题,对阵列式激光{==『标软件控制的实现进行了专门阐述,保证了肄列式在线激光打标机输m稳定的篱频率激光脉冲。关键词:阵列式激光打棘机、c晓激光器、在线打标、单片机控制、高频输出。AbstractAsamodemtechrdqueoptics,electronicsandmechanics,—pollute,markingandlastingly,costinglowerandsoOIL矾lemarkerindustryboomingupoBfAtpresent,on-linemarkinghashadprospectthemarkingmarkelsandminedtheproductivity'However,wehavenotbeentosolveproblemabouthigherfrequencymarking。SomoreandmorenecessaryusstudyanddesignrapidmarkerWehavedesignedasetoforiginalsystemfortheuansifionofthebeams,·埘ceRadio-Frequency(RF)c02-,andsystemcanmarkandonTheMCUfavoroftechniquedevelopersupermeritssuchsmallbulk,jOWarfunction,,'smore,westudythesoRwarcoftheTheincludesfollowingWestudymarkeranddevelopmentoftheprocessandmark,moreover,wehavenmdethemarketresearchandanalysisupdatemarketoftheraarkar,andthe4arrayalonlinemarkerchapter2,poseofthe]asel'markersystom,itincludesfocusingandtransmissionsysteme024aserMostimportantall,westudymaker’,LCDandkeyboard.Ⅵ,SOwediscussedseveralnewtechniquesWestudyproblemtheinputandoutputoftheSCMcontrolsystem,:ArrayalLaserMarke‘OnlineMarked,e02Laser,SCMControl,,我重于1961年研制出第一台擞光器,40多年来,激光技术与应用发展迅猛,已与多个学科相结合形成多个应用技术领域,比如光电予技术,激光医疗与光予生物学,激光加工挫术,激党检测与计篮技术,激光金息技术,激光光潜分析技术,非线性光学,超挟激光学,激光位学,壁子光学,激光雷达,激光制导,激光分离同位素,激光可控核凝交,激光武器等等。这些交叉技术与新的学科的出现,大大地推动了传统产Hk和新兴产业的发展ll心。目