izindaba

1. Ama-chip inductorsyizici zokungeniswa kazibuthe ezinezintambo ezivalekile, okungenye yezingxenye ezivame ukusetshenziswa ezingenzi lutho.

2. Umsebenzi we-chip inductor: Umsebenzi wokumelana ne-DC kanye ne-AC ngokuyinhloko ukuhlukanisa amasignali e-AC, futhi ngesikhathi esifanayo yakhe isifunda esizwakalayo esinezihlungi, ama-capacitor, ama-resistors, njll. Indima ye-inductance yokushuna nokukhetha imvamisa. .
3. Umjikelezo wokushuna we-LC wakhiwe ikhoyili ye-inductor kanye ne-capacitor ngokuhambisana, futhi i-inductor yamandla idlala indima yokushuna kwe-resonance kusekethe.
4. Noma iyiphi i-current ye-chip inductor kusekethe inkambu kazibuthe ekhiqizwa isekethe lapho i-inductor ikhona, futhi ukuguquguquka kazibuthe kusebenza kumjikelezo. Ngalesi sikhathi, isifunda silayishwa nge-flux ethile kazibuthe. Ngokuvamile, lapho i-flux kazibuthe igcwala kakhulu, ukusebenza kwe-inductance kwesekhethi kuzinzile.
5. Uma ukudlula kwamanje kusishuthi se-chip sishintsha, uguquko lwamanje luzovinjwa amandla kagesi we-DC akhiqizwa i-chip inductor. Yeka ukushintsha okwamanje ngaphandle kwalesi sekethi; ngoba umsinga oshintshile ungase ube umsinga omkhulu; uma isifunda esijwayelekile singakwazi ukumelana nayo; kungase kuthinte ezinye izingxenye kumjikelezo; yiyona yonke i-substrate yesifunda eshisiwe.
6. Lapho i-current nge-chip ye-chip inductor yamandla ikhula, amandla e-electromotive azenzelayo akhiqizwa i-inductor yamandla e-chip ayehla, futhi okwamanje okukhiqizwa i-inductor kuyancipha, futhi amandla okuzibangela kanye nendlela yamanje kuyafana. . Ukuze uvimbele ukwehla kwamandla, amandla agciniwe akhululwa ukuze kunxeshezelwe ukwehla kwamandla amanje. I-current ibheke kolunye uhlangothi ukuvimbela ukwanda kwamandla.
7. Ngesikhathi esifanayo, ingxenye yamandla kagesi iguqulwa ibe amandla kazibuthe futhi igcinwe ku-inductor. Ngakho-ke, ngemva kokuhlunga kwe-inductance, akuncishisiwe kuphela umthwalo wamanje kanye ne-voltage pulsation, i-waveform iba bushelelezi, futhi i-angle conduction ye-rectifier diode iyanda.
8. Ama-chip inductors asebenza ngokuhlukile kuma-chip inductors ajwayelekile asebenza kusekethe eyodwa, asebenza njenge-EMC, i-EMI, futhi anomsebenzi wokugcina amandla.
9. Ama-shielding chip inductors angavikela ukungazinzi kwamanje kwezinye izifunda futhi adlale umphumela omuhle wokuvimba. Isihlangu sensimbi esine-inductance yesihlangu esiphelele sizozungeza i-conductor ephozithivu futhi sibangele ukushajwa okunegethivu okulingana ne-conductor eshajiwe ngaphakathi kwesihlangu.
10. Ingaphandle ineshaji eliphozithivu elifanayo nelekhondakta elishajwayo. Uma isihlangu sensimbi sisekelwe phansi, ukushaja okuhle okuvela ngaphandle kuzogeleza emhlabeni, futhi ngeke kube khona insimu kagesi ngaphandle.