tag 标签: controlling

相关资源
  • 所需E币: 1
    时间: 2022-8-23 10:19
    大小: 137.29KB
    ONCONTROLLINGTHETRANSIENTRESPONSEOFLINEARTIMEINVARIANTSYSTEMSWITHFIXEDSTRUCTURECONTROLLERS(ShankarP.Bhattacharyya)
  • 所需E币: 1
    时间: 2022-7-23 12:34
    大小: 160.03KB
    上传者: Argent
    ControllingaDanfossFC302viaEthernet-IP
  • 所需E币: 1
    时间: 2022-7-23 11:00
    大小: 12.88KB
    上传者: Argent
    ControllingwithtotalizerthroughFieldbus
  • 所需E币: 1
    时间: 2022-7-23 10:26
    大小: 184.21KB
    上传者: Argent
    ControllingPointI-OonDeviceNet
  • 所需E币: 1
    时间: 2022-7-23 10:21
    大小: 107.7KB
    上传者: Argent
    ControllingPointI-OOverEtherNet
  • 所需E币: 1
    时间: 2022-7-23 10:22
    大小: 112.21KB
    上传者: Argent
    ControllingPointI-OonControlNet
  • 所需E币: 1
    时间: 2022-7-23 10:22
    大小: 93.95KB
    上传者: Argent
    ControllingPointIOOverDevicenet
  • 所需E币: 1
    时间: 2022-7-23 10:22
    大小: 96.74KB
    上传者: Argent
    ControllingPointI-OOverDeviceNet
  • 所需E币: 3
    时间: 2019-12-24 18:43
    大小: 45.34KB
    上传者: 2iot
    摘要:为最大限度地减少功耗线性电池充电器技术。从一个稳定的开关电源墙立方体,方法描述线性充电电路的功耗限制。提供电路,计算表明,为PMOS旁路晶体管的热下沉进行了讨论,并建议合适的导通晶体管。Maxim>AppNotes>BATTERYMANAGEMENTPOWER-SUPPLYCIRCUITSKeywords:Lithiumionbattery,Li+,batterycharger,batterymanagement,DC/DC,DC-DCconverter,linearFeb21,2002charger,controllingpowerdissipationAPPLICATIONNOTE967HowtoMinimizePowerDissipationinLi+LinearChargersAbstract:Techniquesaredescribedforminimizingpowerdissipationinlinearbatterychargers.Beginningwithastablewall-cubeswitchingpowersource,methodsaredescribedtolimitthedissipationinthelinearchargingcircuit.Circuitsareprovided,calculationsareshown,heatsinkingforthePMOSpasstransistorisdiscussed,andsuitablepasstransistorsaresuggested.IntroductionDatasheetsforsingle-cellLi+linearchargersseldomdiscusspowerdissipationorhowtodeal……
  • 所需E币: 4
    时间: 2020-1-13 09:55
    大小: 59KB
    上传者: rdg1993
    ControllingRadiatedEMIThroughPCBStackControllingRadiatedEMIThroughPCBStack-up(09/08/00,12:33p.m.ET)ByRickHartley,L-3Communications,AvionicSystemsThere'smorethanonewaytoskinacatandevenmorewaystobattleEMI,beginningatoneofthemostbasiclevelsofPCBdesign.ClearlythereareanumberofcircuitandPCBdesigntechniquesthatdesignersandengineersneedtomasterinordertocontrolhigh-frequency,radiatedEMI.It'sfairlywellunderstoodthatcircuitboardstack-upcanplayamajorroleintheefforttocontrolEMI.Agoodstack-uphelpstocontainelectricandmagneticfieldsandisaverystrongaidintheefforttobypass/decouplethepowerbus.Thisarticlewillexaminetheseissuesanddetailseveralboardstack-upsdesignedtoaccomplishthesegoals.ThepowerbusWhenanIC……