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Indlela yokwelula impilo yeshalofu yama-chip inductors?

Ngokuqondene nempilo yeshalofu yama-chip inductors, ngikholelwa ukuthi wonke umuntu uyayazi, ngokuvamile izinyanga ezingu-6, kuye ngenqubo yokukhiqiza nendawo yokugcina.
Ngokuphathelene nempilo yesevisi, kufanele siqale siqale ngezici zezinto ezibonakalayo kazibuthe. Ngokuvamile, izinto ze-ferrite ziphonswa ekushiseni okuphezulu okungaphezu kwama-degree angu-1,000.
Ngakho-ke, inamandla aphezulu futhi ingaqinisekiswa kuze kube phakade. Bese kuba ngocingo lwethusi koqweqwe lwawo. Ngokuvamile, lapho ukhetha i-inductor, izobe isekelwe ku-inductance.
Ukumelana ne-DC DCR kanye ne-DC yamanje ye-DC kuyahlolwa. Umsinga ngokuvamile uhhafu. Yiqiniso, okuncane ukumelana, kungcono.
Uma yonke imingcele ifinyelelwe, ikhoyili izosebenza kalula. Lapho i-inductor ifakiwe ebhodini le-PCB, ingaqinisekiswa unomphela. Yebo, uma isebenza ezindaweni ezinokhahlo noma ingasetshenziswa njengoba kudingeka, ukuphila kwayo kuzoncishiswa ngokufanele.
Ama-inductors e-SMD, ama-chip inductors anezinhlobo ezi-4 ikakhulukazi, okuyi-wire-nxeba, ama-multilayer, ama-chip inductors alukiweyo namafilimu amancane. Izinhlobo ezimbili zohlobo lwamanxeba ocingo kanye nohlobo lwe-laminated zivame ukusetshenziswa.
inezindawo ezinhle zokuvimbela kazibuthe, ukuminyana okuphezulu kwe-sintered, namandla amahle okusebenza. Isakhiwo esihlanganisiwe, ukwethembeka okuphezulu; ukumelana nokushisa okuhle kanye ne-solderability; umumo ojwayelekile, ofanele ukufakwa kokubukeka okuzenzakalelayo nokukhiqiza.