AFB0912H
价格:92.00
常用稳压二极管的型号及稳压值如下表,型号1N47281N47291N47301N47321N47331N47341N47351N47441N47501N47511N4761,稳压值3.3V3.6V3.9V4.7V5.1V5.6V6.2V15V27V30V75V,电感在电路中常用“L”加数字表示,如:L6表示编号为6的电感。电感线圈是将绝缘的导线在绝缘的骨架上绕一定的圈数制成。直流可通过线圈,直流电阻就是导线本身的电阻,压降很小;当交流信号通过线圈时,AFB0912H线圈,两端将会产生自感电动势,自感电动势的方向与外加电压的方向相反,阻碍交流的通过,所以电感的特性是通直流阻交流,频率越高,线圈阻抗越大。电感在电路中可与电容组成振荡电路。电感一般有直标法和色标法,色标法与电阻类似。如:棕、黑、金、金表示1uH(误差5%)的电感。台达风扇代理销售询购产品,欢迎咨询!电感的基本单位为:亨(H)换算单位有:1H=103mH=106uH,变容二极管,变容二极管是根据普通二极管内部“PN结”的结电容能随外加反向电压的变化而变化这一,原理专门设计出来的一种特殊二极管,变容二极管在无绳电话机中主要用在手机或座机的高频调制电路上,实现低频信号调制到高频信号上,并发射出去。在工作状态,变容二极管调制电压一般加到负极上,使变容二极管。即便现在许多ZigBee公司都提供自家芯片的ZigBee协议栈,但这只是提供一种协议的功能,而并不代表它具有真正的可应用性和可操作性,因为它并没有提供一个对用户的数据接口的详细描述AFB0912H,用户才能不顾及芯片内部的程序而很简单轻松的就把自己的数据通过芯片发送出去,甚至组成路由获取传送更远方产品的数据,这都不是只包括了ZigBee协议栈的芯片就能简单实现的,ZigBee协议栈只是说它有了协议的所有组成部分。AFB02505MAAFB0250512MAAFB02505HAAFB02505HHAAFB02512HHAAFB0305LAAFB0312LAAFB0305MAAFB032MAAFB0305HAAFB0312HAAFB03505LAAFB03505MAAFB03512MAAFB03505HAAFB0512HAAFB0512MAEFB0612HHAAUB0612LEFB0512HAAFB0412MDAFB0405LBAFB0412LBAFB044LBAFB0405MBAFB0412MBAFB0424MBAFB0405HBAFB0412HBAFB0424HBAFB0424HBAFB0405HHBAFB0412HHBAFB0412VHBAFB0424HHBAFB0424VHBAFB0412SHBAFB0424SHBAFB04505LAAFB04512LAAFB0405MAAFB04512MAAFB04512HAAFB0508LBAFB0512LBAFB0524LBAFB0505MBAFB512MBAFB0524MBAFB0505HBAFB0512HBAFB0524HBAFB0512HHBAFB0524HHBAFB0605LCAFB0612LCAFB062LCAFB0605MCAFB0612MCAFB0624MCAFB0612HCAFB0605HCAFB0624HCAFB062HHCAFB0624HHCAFB0612VHCAFB0624VHCAFB0605LBAFB0624LBAFB0605MBAFB0612MBAFB0624MBAFB0605HBafb0605lbafb0612lbafb0624lbafb0605mbafb0612mbafb0624mbafb0605hbafb0612hbafb0624hbafb0605hhb109-180109-183109-130109-133109-210109-213109S050109S051109S030109S053109S054109S031109-150109S033109S034109-151109-033UL109-153109-154109-040UL109-041UL109-047UL109-043UL109-044UL109S091109S092109S093109S094109S095109S096109S192109S193109S194109S491109S492109S493109S494109S495109S496109S081109S082109S083109S084109S085109S086109S087109S088109S089109S484109S485109S486109S487109S488109S075UL109S072UL109S074UL109S078UL109S005109S005UL109S008109S008UL109S024109S024UL109S025109S025UL109S029UL109S013109S013UL109S006109S006UL109S010109S010UL109S405UL109S406UL109S424UL109S408UL109S425UL109S429UL109S472UL109S478UL109S474UL109S475UL109-601109-602109-603109-604109-641109-642109-643109-644109S301109S302109S303109S304109-311109-312109-313109-314109-371109-372109-373109-3749GV3612J3019GV3612G3019GV0312J3019GV0312G3019GV0312E301109P0405H901109P0405***01109P0412H901109P0412***01109P0405H701109P0405M701109P0412S701109P0412H701109P0412M701109P0424H701109P0405J601109P0405H601109P0405F601109P0405M601109P0412G601109P0412D601109P0412H601109P0412F601109P0412F601109P0424D601109P0424H601109P0424F6019GV0412K3019GV0412J3019GV0412G301109P0405H3013109P0405F3013109P0412K3013109P0412J3013而究竟把每部分结合并有条不紊的运转起来,并实现和用户自己数据的协议通讯?一个只包含了ZigBee协议栈的芯片是不可能实现得了的,直白点讲,这些需要用户根据完整的协议代码和自己上层的通讯协议,再去一点一点每个部分的去修改协议栈中的内容,才能完成简单的数据无线收发,而要完成一条路由,甚至整个的通信,那调试测试的时间则会需要更长的.那么对于做实际应用的用户来讲将会大大耽误开发周期,并且这种具有AFB0912H复杂协议的无线产品会具有更多的不定因素,更易受到外界环境条件的影响,在实际开发中遇到的问题将会五花八门,难于应付。)