真正的usbcnc注册机，非破解版软件。

伺服电机控制器使用手册SC750SERIESProgrammable,DigitalBrushlessServocontrollerServoBASICPlusÔProgrammingManual

[此书为滑模控制国外经典教材，《SlidingModeControl:Theoryandapplication》，作者CEdwards,SSpurgeon]Intheformationofanycontrolproblemtherewillbediscrepanciesbetweentheactualplantandthemathematicalmodelforcontrollerdesign.Slidingmodecontroltheoryseekstoproducecontrollerstooversomesuchmismatches.Thistextprovidesthereaderwithagroundinginslidingmodecontrolandisappropriateforthegraduatewithabasicknowledgeofclassicalcontroltheoryandsomeknowledgeofstate-spacemethods.Fromthisbasis,moreadvancedtheoreticalresultsaredeveloped.Twoindustrialcasestudies,whichpresenttheresultsofslidingmodecontrollerimplementations,areusedtoillustratethesuccessfulpracticalapplicationtheory.

NCSI英文参考手册，在项目bringup时需详细参阅。

ASingleEventTransientImmuneOscillatorforDC-DCConverterControllers

PetrifyisatoolforthesynthesisofboundedPetrinetsandlogicsynthesisofasynchronouscontrollers.PetrifyinitiallyperformsatokenflowanalysisofthePetrinetandproducesafinitetransitionsystem(TS).IntheinitialTS,alltransitionswiththesamelabelareconsideredasoneevent.TheTSisthentransformedandtransitionsrelabeledtofulfiltheconditionsrequiredtoobtainaPetrinetwithbisimilarortrace-equivalentbehavior.SomepropertiesforthesynthesizedPetrinetcanbeimposed(e.g.free-choice,uniquechoice,pure,state-machinedecomposable,etc.).Additionally,petrifycaninterpretthePetrinetasaSignalTransitionGraph(STG),inwhicheventsrepresentrising/fallingtransitionsofdigitalsignals.FromanSTG,petrifycansynthesizeaspeed-independentcircuitbysolvingtheproblemsofstateencoding,logicsynthesis,logicdecompositionandtechnologymappingontoagatelibrary.Petrifycanalsosynthesizecircuitundertimingassumptionsspecifiedbythedesignerorautomaticallygeneratedbythetool.PetrifyreadstheinputdescriptionfromstdinandwritestheresultingSTGtostdoutunlessotherwisespecified

ApplicationNote145ImplementingDLLsforHardwareDebuggers(AGDI)Rev.3ThisapplicationnoteshowshowtocreateµVisionDLLstointerfacetohardwaredebuggers.Thedescriptionisusefulfordevelopersofhardwareemulatorsanddebuggerinterfaces.Anexampleprogramisprovidedtogettingstartedwiththedevelopmentfor8051andC166microcontrollers.Revision3describestheFlashprogramminginterfacethatisavailableinµVision.UsethisinformationtoeraseandprogramFlashdevicesdirectlyfromtheµVisionIDE.

Exampledescription===================ThisDemoprovidesadescriptionofhowtousetheUSB-FS-DeviceontheSTM32F10xxx,STM32F37xxx,STM32F30xxxandSTM32L15xxxdevices.TheSTM32deviceisenumeratedasHIDcompliantdevice,thatusesthenativePCHostUSB-FS-DeviceHIDdriver.Totesttheexample,youneedto:1)-Startthe"USBHIDDemonstrator"PCappletandconnectSTM32USBtoPC2)-ThedeviceshouldbedetectedandshownintheUSBHIDtargetbox3)-PressGraphicViewbutton4)-YoucanSelect"useSET_FEATURE"or"useSET_REPORT"inordertouseSET_REPORTrequesttosendHIDReportforLEDcontrol5)-MakesurethatfollowingreportIDareconfigured:LED1ID(0x1),LED2ID(0x2),LED3ID(0x3),LED4ID(0x4),andBUTTON1_ID(0x5)6)-SelectLedstoswitchon/offontheEVALboard=＞aSET_REPORTrequestwillbesentMoredetailsaboutthisDemoimplementationisgivenintheUsermanual"UM0424STM32F10xxxUSBdevelopmentkit",availablefordownloadfromtheSTmicrocontrollerswebsite:www.st.com/stm32

全面，详细的NCSI硬件接口规范，服务器硬件开发必备手册

想深入模拟电路设计技术的必读书目AnalogCircuitsWorldClassDesigns（世界级模拟电路设计）AbouttheAuthorsBonnieBakerChapters48131415andAppendixAwritesthemonthly“Baker’sBest”forEDNmagazineShehasbeeninvolvedwithanaloganddigitaldesignsandsystemsforover20yearsBonniestartedasaManufacturingProductEngineersupportinganalogproductsatBurrBrownFromthereBonniemoveduptoICDesignAnalogDivisionStrategicMarketerandthenCorporateApplicationsEngineeringManagerIn1998shejoinedMicrochipTechnologyandservedastheiranalogdivisionAnalogmixedsignalApplicationsEngineeringmanagerandStaffArchitectEngineerforoneoftheirPICmicrodivisionsThisexpandedherbackgroundtonotonlyincludeanalogapplicationsbutalsothemicrocontrollerSheisnowbackintheBurrBrownfoldworkingforTexasInstrumentsintheirPrecisionAnalogDivision"＞想深入模拟电路设计技术的必读书目AnalogCircuitsWorldClassDesigns（世界级模拟电路设计）AbouttheAuthorsBonnieBakerChapters48131415andAppendixAwritesthemonthly“Baker’sBest”forEDNmagazineShehasbeeninvolvedwithanaloganddigital[更多]

在日常工作中，钉钉打卡成了我生活中不可或缺的一部分。然而，有时候这个看似简单的任务却给我带来了不少烦恼。 每天早晚，我总是得牢记打开钉钉应用，点击"工作台"，再找到"考勤打卡"进行签到。有时候因为工作忙碌，会忘记打卡，导致考勤异常，影响当月的工作评价。而且，由于我使用的是苹果手机，有时候系统更新后，钉钉的某些功能会出现异常，使得打卡变得更加麻烦。 另外，我的家人使用的是安卓手机，他们也经常抱怨钉钉打卡的繁琐。尤其是对于那些不太熟悉手机操作的长辈来说，每次打卡都是一次挑战。他们总是担心自己会操作失误，导致打卡失败。 为了解决这些烦恼，我开始思考是否可以通过编写一个全自动化脚本来实现钉钉打卡。经过一段时间的摸索和学习，我终于成功编写出了一个适用于苹果和安卓系统的钉钉打卡脚本。