iindaba

I-BIG ixelela wonke umntu: Ii-Chip inductors, ezaziwa ngokuba zii-inductors zamandla, ii-inductors zangoku eziphezulu kunye ne-surface inductors yamandla aphezulu.Ineempawu ze-miniaturization, umgangatho ophezulu, ukugcinwa kwamandla aphezulu kunye nokuchasana okuphantsi.Kukho iindidi ezimbini ze-chip inductors zamandla: ezinezigqumathelo zemagneti kwaye ngaphandle kwesigqubuthelo semagnethi, ubukhulu becala benziwe ngondoqo wemagnethi kunye nocingo lobhedu.Ikakhulu idlala indima yokucoca kunye ne-oscillation kwisekethe.
Ngokuqhelekileyo, ii-inductors kwiisekethe ze-elektroniki ziyi-coil-core coils okanye iikhoyili ezinama-magnetic cores, ezinokudlula kuphela ama-currents amancinci kwaye zimelane nombane ophantsi;kunye nee-inductors zamandla nazo zineekhoyili ezingundoqo zomoya kunye ne-magnetic cores.Olona phawu luphambili lucingo olujiyileyo lunokumelana namashumi e-ampere, amakhulu, amawaka, okanye amashumi amawaka e-ampere.
Ii-Chip inductors ikakhulu zineentlobo ezi-4, ezizezi, inxeba locingo, elaminethiweyo, eliphothiweyo, eliphothiweyo kunye necwecwe elicwecwe le-chip inductors.Iintlobo ezimbini zohlobo lwamanxeba ocingo kunye nohlobo lwe-laminated zisetyenziswa ngokuqhelekileyo.Owokuqala yimveliso ye-miniaturization ye-inductors ye-wire-inductors yendabuko;le yokugqibela yenziwe ngeteknoloji yoshicilelo lwe-multilayer kunye neteknoloji yokuvelisa i-laminated.Umthamo uncinci kunelo le-wire-nxeba chip inductors.Yimveliso ephambili ephuhliswe kwintsimi yamacandelo e-inductive.
Uhlobo lomoya: Ibonakaliswe ngoluhlu olubanzi lwe-inductance (mH～H), ukuchaneka okuphezulu kwe-inductance, ilahleko ephantsi (oko kukuthi, i-Q enkulu), inkulu evumelekileyo yangoku, inkqubo yokuvelisa ifa eliqinileyo, ilula, ixabiso eliphantsi, njl., kodwa ayonelanga Ithintelwe kwi-miniaturization eyongezelelweyo.I-ceramic core winding type inductor ye-chip inokugcina i-inductance ezinzileyo kunye nexabiso eliphezulu ngokufanelekileyo le-Q kwi-frequency high frequency, ngoko ke ithatha indawo kwi-high-frequency circuit.
Uhlobo olulaminethiweyo: Inokhuselo oluhle lwemagnethi, ingxinano ephezulu ye-sintered, kunye namandla alungileyo oomatshini.Izinto ezingeloncedo yireyithi yokupasa ephantsi, ixabiso eliphezulu, ukuqhelanisa okuncinci, kunye nexabiso eliphantsi le-Q.Xa kuthelekiswa nocingo lwenxeba inductors chip, ineenzuzo ezininzi: ubungakanani encinane, nto leyo enceda miniaturization wesekethe, ivalwe isiphaluka magnetic, akayi kuphazamisa amacandelo ezingqongileyo, kwaye akayi kuphazanyiswa amacandelo angabamelwane, nto leyo enenzuzo amacandelo High. -ukufakwa koxinaniso;isakhiwo esidibeneyo, ukuthembeka okuphezulu;ukumelana nobushushu obuhle kunye ne-solderability;imilo eqhelekileyo, ilungele imveliso yokunyuka komphezulu ngokuzenzekelayo.
Uhlobo lwe-chip yefilimu: Ineempawu zokugcina i-Q ephezulu, ukuchaneka okuphezulu, ukuzinza okuphezulu kunye nobukhulu obuncinci kwibhendi ye-microwave frequency.I-electrode yangaphakathi igxininiswe kumaleko afanayo, kwaye ukuhanjiswa kwemagnethi kugxininiswe, okunokuqinisekisa ukuba iiparamitha zesixhobo emva kokunyuka azitshintshi kakhulu, kwaye zibonisa iimpawu ezintle zefrikhwensi ngaphezu kwe-100MHz.
Uhlobo lokuluka: Uphawu kukuba i-inductance yeyunithi nganye kwi-1MHz inkulu kunezinye i-chip inductors, incinci ngobukhulu, kwaye kulula ukuyifaka kwi-substrate.Isetyenziswa njengenxalenye encinci yemagnethi yokusetyenzwa kwamandla.
Ii-inductors ze-SMD ikakhulu zinezi ntlobo kwezi zingentla.Ukuba ufuna ukwazi ulwazi oluninzi lwemveliso enxulumene ne-chip inductors, nceda uqhubeke unikela ingqalelo kuhlaziyo lwale ndawo, okanye ufowunele ukubonisana kunye nokuthenga.