标签: li

于材料上传限制，微波工程英文原版无法上传，请大家去自行查阅下载，目录整理如下：ThomasH.Lee 《CMOS射频集成电路设计》射频圣经，内容覆盖面广Razavi 《射频微电子》RichardChiHsiLi 《射频电路工程设计》学习工程经验MarianK.Kazimierczuk 《射频功率放大器》 功放一本通DavidM.Pozar 《微波工程》必读AliM.Niknejad 《高速模拟和数字通信电路的电磁学原理》推荐入门MikeGolio 《射频微波手册》手册，内容覆盖广HoomanDarabi 《高频集成电路及系统设计》难度较高

由于材料上传限制，微波工程英文原版无法上传，请大家去自行查阅下载，目录整理如下：ThomasH.Lee 《CMOS射频集成电路设计》射频圣经，内容覆盖面广Razavi 《射频微电子》RichardChiHsiLi 《射频电路工程设计》学习工程经验MarianK.Kazimierczuk 《射频功率放大器》 功放一本通DavidM.Pozar 《微波工程》必读AliM.Niknejad 《高速模拟和数字通信电路的电磁学原理》推荐入门MikeGolio 《射频微波手册》手册，内容覆盖广HoomanDarabi 《高频集成电路及系统设计》难度较高

InLi-Ionbatterysystemsitisimportanttomatchthechargeconditionofeachcelltomaximizepackperformanceandlongevity.Celllifeimprovesbyavoidingbothdeepdischargeandovercharge,sotypicalsystemsstriveforoperationbetween20%and80%statesofcharge(SOC).DetectionandcorrectionofchargeimbalancesassuresthatallcellstrackwithinthedesiredSOCwindow,preventingprematureagingofsomecellsthatcouldcompromisetheentirepackcapacity.HighlyaccuratemeasurementsarerequiredtodetermineSOCwithLi-Ioncellsduetotheirexceptionallyflatdischargecharacteristics,particularlywiththelowervoltagechemistriesSimpleCalibrationCircuitMaximizesAccuracyinLi-IonBatteryManagementSystemsDesignNote471JonMunsonIntroductionSi2351DS1LT1461AIS8-3.38InLi-Ionbatterysystemsitisimportanttomatchthechargeconditionofeachcelltomaximizepackperfor-27VINmanceandlongevity.CelllifeimprovesbyavoidingbothLTC6802IG-21M……

摘要：快速移动的电池技术为设计师带来了问题：是否选择最高性能的最新技术，或以牺牲一个成熟的和更可靠的技术性能。化学独立的电池充电器的出现，有助于解决这个问题。Maxim>Designsupport>Appnotes>BatteryManagement>APP666Maxim>Designsupport>Appnotes>Power-SupplyCircuits>APP666Keywords:SBS,smartbatterysystem,Li,lithium,NiMH,nimh,NiCd,nicd,leadacid,battery,portablepower,microcontroller,uCJan31,2001APPLICATIONNOTE666VersatileICsEnableChemistry-IndependentBatteryChargingAbstract:Fast-movingbatterytechnologyposesaquestionfordesigners:whethertochoosethelatesttechnologyformaximumperformanceortosacrificeperformanceforamatureandmorereliabletechnology.Theadventofchemistry-independentbatterychargershelpstoresolvethisissue.Asimilarversionofthi……

摘要：USB接口的便携设备充电，传输数据时的能力。但对于高容量的电池，USB主机和集线器的有限输出电流大大延长充电时间。供电的USB集线器和USB主机提供高达500mA。未通电的USB集线器提供不超过100mA。可以提供一个独立的AC适配器充电电流。最方便的解决方案，无论从USB端口或AC适配器。用户可以从笔记本电脑USB端口充电行驶时，使用AC适配器，其更快的电荷，当在家中或办公室。Maxim>AppNotes>BATTERYMANAGEMENTPOWER-SUPPLYCIRCUITSKeywords:USBcharger,LithioumIoncharger,LichargerDec10,2002APPLICATIONNOTE1815AddCurrentBoosttoUSBChargerDrivenbyanACAdapterAbstract:AUSBinterfaceiscapableofchargingaportabledevicewhiletransferringdata.Butforhigh-capacitybatteries,thelimitedoutputcurrentofUSBhostsandhubsgreatlyextendsthechargingtime.PoweredUSBhubsandUSBhostssupplyupto500mA.UnpoweredUSBhubssupplynomorethan100mA.AseparateACadaptercansupplychargingcurrent.ThemostconvenientsolutionworksfromeithertheUSBportoranACadapter.TheusercanchargefromanotebookUSBportwhentraveling,andusetheACadapter,withitsfasterc……

摘要：DS2761和DS2762的高精度电池监视器，提供Li+电池的监测和保护。这些器件具有两种电源模式：主动和睡眠。而在主动模式下，设备不断监视系统，并提供锂离子保护。在休眠模式下，这些活动将停止。有几种情况，可以进入休眠模式主动模式过渡的设备：低DQ的电压条件下，和swap命令发出。有另一组条件，可以从睡眠模式转换到主动模式的设备：DQ的，PS的下降沿上升沿，附带一个充电器，并发出swap命令。PMOD位，斯文位，DQ引脚和电池电压作用状态，充电控制（CC）和放电控制（DC）引脚如何反应时起床。本应用笔记提供起床在所有可能的情景发生的事情的细节。Maxim/Dallas>AppNotes>BATTERYMANAGEMENTKeywords:DS2761DS2762DS2760wakingupactivemodesleepmodebatterymanagementLiIONLi+Li-May04,2004IONAPPLICATIONNOTE3225WakingupaDS2761/DS2762TheDS2761andDS2762HighPrecisionBatteryMonitorsprovidemonitoringandprotectionforaLi+cell.Thesedeviceshavetwopowermodes:ActiveandSleep.WhileinActiveMode,thedevicescontinuallymonitorthesystemandprovideLi+protection.WhileinSleepMode,theseactivitiescease.ThereareseveralconditionsthatcantransitionthedevicesfromActiveModeintoSleepMode:alowDQ,anundervoltagecondition,andtheissuingoftheSwapcommand.ThereisanothersetofconditionsthatcantransitionthedevicesfromSleepModeintoActiveMode:arisingedgeofDQ……

唤醒DS2761/DS2762Maxim/Dallas>AppNotes>BATTERYMANAGEMENTKeywords:DS2761DS2762DS2760wakingupactivemodesleepmodebatterymanagementLiIONLi+Li-May04,2004IONAPPLICATIONNOTE3225WakingupaDS2761/DS2762TheDS2761andDS2762HighPrecisionBatteryMonitorsprovidemonitoringandprotectionforaLi+cell.Thesedeviceshavetwopowermodes:ActiveandSleep.WhileinActiveMode,thedevicescontinuallymonitorthesystemandprovideLi+protection.WhileinSleepMode,theseactivitiescease.ThereareseveralconditionsthatcantransitionthedevicesfromActiveModeintoSleepMode:alowDQ,anundervoltagecondition,andtheissuingoftheSwapcommand.ThereisanothersetofconditionsthatcantransitionthedevicesfromSleepModeintoActiveMode:arisingedgeofDQ……