标签: Overview

Anti-windupdesign-anoverviewofsomerecentadvancesandopenproblems

AnOverviewofProportionalplusIntegralplusDerivativeControlandSuggestionsforItsSuccessfulApplicationandImplementation

PythonImagingLibraryOverviewpil-handbook.pdf

Lesson13Overviewofmoderndigitalsystemdesign.ppt

SmartCloudEntryOverview

Overviewofcloudcomputing

An_overview_of_ST_MC_SDK_525

GSM_System_Overview(一台湾的教程不错）GSMSystemOverview1OGSMt¨J¤Aù¤qy{BwqBê°eA°ò±`CGSMU-¤l¨tBLuq¤-±B¤÷ùUPGroupSpecialGSMWGlobalSystemforMobileCommunication,¤]°Mobile,xì°q¨t,O{¤¨jv¤GN°q°T¨t.b±°QGSMwó¨P[cL¤{whüa¤è4,ISDN,Hhv-l¤.¨O]°.,|o{GSMhGSMPL¨uLuqT°ó¨featuresO¨AMPSPIS-¨p,1984~,¨wnetworkarchitecture,signalingprotocol,openinterfaceGSM3(aworkinggroupofGSM)¨üìISDN-ìhy,]servicedefinitionMsignalingprotocol¨üISDNvj¤T.¨¤§@,KO¨OSI(OpenSystemInterconnection)layeredmodel.Reference(1/2)[1]WirelessandMobileNetworkArchitecturesAY-BingLinandImrichChlamtacAWileyComputerPublishingC[2]MobileandWirelessNetworksAUylessBlackAPrenticeHallC[3]TheGSMSystemforMobileCommunicationAM……

EDK入门学习……

lcdintroduction-chuanpin……

lcd_drive_ic_design……

在辨识mark的过程中，如果你不能确定封装，那也会給确定型号带来很大的困难，该文件含图片，详细尺寸，封装交叉对照，觉得值得一看，两个文件，各品牌通用。通常从mark去反查型号，我们按以下4个步骤，尽可能知道多的信息：1.品牌2.封装3.分类4.mark由于各厂商的命名规则不同，所以会看到不少元器件表面的mark非常复杂，以至于不能分辨那些是主要mark，这就要靠经验了，通常要先分析该品牌的特殊规则，譬如特殊标记，特殊位置等等。不同厂商对同一种封装所使用的叫法也不尽相同。在datasheet看尺寸，外形都一样的元器件，不同厂商用了不同标准的叫法。举例子SMA,DO-214AC10个厂商可能都叫的不一样，所以先来认识封装很重要，这也是学习电子的基础之一。PhilipsSemiconductorsDiscreteSemiconductorPackagesPrefaceTABLEOFCONTENTSIntroduction..................................................................................iiiChapter1-Packageoverview.................................................................1-1PackagesinascendingorderofSOD/SOTnumbers............................................1-2Cross-referencefromJEDECtoSOD/SOT……

Abstract:AniButtonisachiphousedinastainlesssteelenclosure.Tokeepthecostofaccesslow,theelectricalinterfaceisreducedtoanabsoluteminimum,i.e.,onedatalineplusground(alsocalled1-Wire®).Theenergyneededforcommunicationis"stolen"fromthedataline("parasiticpower").……

11_RedArrow–OverviewRedArrowIntroductionKingterXiaAgendaMMIArchitecture……

ULC2资料,Driver_Overview……

RFDirectionalCouplersand3dBHybridsOverviewApplicationNoteRFDirectionalCouplersand3dBHybridsOverviewDirectionalCouplersForprovidingasampleofthepowerpropagatinginonedirectiononatransmissionline.M560V2.003dBHybridsFordividingasignalintotwosignalsofequalamplitudeandaconstant90°or180°phasedifferential.Forquadraturecombiningorperformingsummation/differentialcombining.coupler”,“90°hybrid”,and“180°hybrid”isbasedonconvention.However,the90°and180°hybridscouldbethoughtofas3dBdirectionalcouplers.Despitethesesimilarities,theparametersusedtodescribesignalflowindirectionalcouplersandtheapplication,inactualuse,issufficientlydifferenttowarrantseparateconsiderations.180°HybridsFunctionalDescriptionA180°hybridisareciprocalfour-……

Cross-couplingincoaxialcavityfilters-atutorialoverview1368IEEETRANSACTIONSONMICROWAVETHEORYANDTECHNIQUES,VOL.51,NO.4,APRIL2003Cross-CouplinginCoaxialCavityFilters―ATutorialOverviewJ.BrianThomas,Member,IEEEAbstract―Thispaperpresentsatutorialoverviewoftheuseofcouplingbetweennonadjacentresonatorstoproducetransmissionzerosatrealfrequenciesinmicrowavefilters.Multipathcouplingdiagramsareconstructedandtherelativephaseshiftsofmultiplepathsareobservedtoproducetheknownresponsesofthecascadedtripletandquadrupletsections.Thesametechniqueisalsousedtoexplorelesscommonnestedcross-couplingstructuresandtopredicttheirbehavior.Adiscussionoftheeffectsofnonzeroelectricallengthcouplingelementsispresented.Finally,abriefcategorizationofthevarioussynthe……

Cross-couplingincoaxialcavityfilters-atutorialoverview1368IEEETRANSACTIONSONMICROWAVETHEORYANDTECHNIQUES,VOL.51,NO.4,APRIL2003Cross-CouplinginCoaxialCavityFilters―ATutorialOverviewJ.BrianThomas,Member,IEEEAbstract―Thispaperpresentsatutorialoverviewoftheuseofcouplingbetweennonadjacentresonatorstoproducetransmissionzerosatrealfrequenciesinmicrowavefilters.Multipathcouplingdiagramsareconstructedandtherelativephaseshiftsofmultiplepathsareobservedtoproducetheknownresponsesofthecascadedtripletandquadrupletsections.Thesametechniqueisalsousedtoexplorelesscommonnestedcross-couplingstructuresandtopredicttheirbehavior.Adiscussionoftheeffectsofnonzeroelectricallengthcouplingelementsispresented.Finally,abriefcategorizationofthevarioussynthe……

Ch1_OverviewAdvancedHDLDesignTrainingOnXilinxFPGASpeaker:ElmerChiangXilinxTaiwanFPGAExpressOverview1-1Chapter1FPGAExpressv3.3OverviewFPGAExpressOverview1-2WhatisFPGAExpressandCompilerII?FPGAExpressFPGACompilerIIConstraintsDrivenDesignWaredc_shellconverterPush-ButtonFlowIndustry-StandardHDLsIndustry-LeadingQoRBuilt-InStaticTimingAnalyzerSchematicViewerIntegrationwithP&Rtools.dbFPGAExpressretimingFPGAExpressOverview1-3FPGAExpressFlowDSPCOREGenModuleGeneratorVHDLVerilogBehavioralSimulationModelsVHDLVerilogVerilog&VHDLInstantiationuniprimHDLEDF.VEO.VHORequirementsTimingEDFVHDLVerilogEDFFunctionalSimulationFlowTimingSimulationFlowTestBenchHDLEditorVHDLVerilog3rd……

AnoverviewofLVDSAnOverviewofLVDSTechnologyAnOverviewofLVDSTechnologyINTRODUCTIONRecentgrowthinhigh-endprocessors,multi-media,virtualrealityandnetworkinghasdemandedmorebandwidththaneverbefore.Butthepoint-to-pointphysicallayerinterfaceshavenotbeenabletodealwithmovinginformationatthedataratesrequired.Someoftoday’sbiggestchallengesthatremaintobesolvedinclude:theabilitytotransferdatafast,lowerpowersystemsthancurrentlyavailable,andeconomicalsolutionstoovercomethephysicallayerbottleneck.DataTransmissionstandardslikeRS-422,RS-485,SCSIandothersallhavetheirownlimitationsmostnotablyintransferringrawdataacrossamedia.Notanymore.LowVoltageDifferentialSignaling(LVDS)isahighspeed(>155.5Mbps),lowpowerge……