izindaba

1) I-substrate:

Idatha yesisekelo se-chip resistor ithathwe ku-96% al2O3 ceramics. Ngaphezu kokufakwa kahle kukagesi, i-substrate kufanele futhi ibe ne-conductivity enhle kakhulu yokushisa emazingeni okushisa aphezulu. Injini inezici ezinjengamandla emishini. Ngaphezu kwalokho, i-substrate iyadingeka ukuthi ibe flat futhi imakwe ngendlela efanele. Vikela ngokugcwele izinga lokumelana. I-electrode paste iphrintiwe endaweni.

2) Ifilimu ephikisanayo:
I-resistor paste ene-resistivity ethile iphrintiwe ku-substrate ye-ceramic, bese i-sintered. I-Ruthenium dioxide isetshenziswa yodwa ukunamathisela ukumelana.

3) Ifilimu yesondlo:
Ukuze ugcine umzimba we-resistor, kubalulekile ukumboza ifilimu ye-resistor ngefilimu yesondlo. Ngakolunye uhlangothi, idlala indima yokugcina imishini. Ngakolunye uhlangothi, umzimba we-resistor uvalwe ngegama ukuvimbela isixhasi ukuthi singaxhumani nama-conductor aseduze futhi sibangele ukwehluleka. Kungenzeka futhi ukuvimbela i-electrode ukuthi ingagqwali yi-electro-transfer liquid ngesikhathi senqubo ye-electro-transfer, okuholela ekunciphiseni komsebenzi wokumelana. Ifilimu yesondlo iwukunamathisela ingilazi encibilika kancane, ephrintiwe futhi ifakwe i-sintered. Inkampani ye-chip resistor
4) I-Electrode:
Ukuze kuqinisekiswe ukuthengiselana okuhle nokuqina kwe-resistor, isakhiwo se-electrode enezingqimba ezintathu sisetshenziswa sodwa: yangaphakathi. ngaphakathi. I-electrode yangaphandle. I-electrode yangaphakathi i-electrode yangaphakathi exhunywe kumzimba we-resistor. Idatha ye-electrode kufanele ikhethwe. Ifilimu yokumelana inokumelana okuphansi kokuxhumana, ukuhambisana okuqinile ne-ceramic substrate, ukumelana okuhle kwamakhemikhali, nokusebenza okulula kwe-electroplating. Ezinye ziphrintiwe futhi zifakwe nge-silver-palladium alloy. I-electrode eseceleni iyisendlalelo se-nickel-plated, eyaziwa nangokuthi ungqimba lwe-wave barrier. Umsebenzi wayo ukuthuthukisa ukumelana nokushisa kwe-welding kanye ne-buffer ukushaqeka okushisayo kwe-welding. Ingase futhi igweme ukuthuthela kwama-ion ayisiliva kusingqimba sefilimu esiphikisayo, futhi ivimbele isendlalelo se-electrode tin-lead yangaphandle (ebuye ibizwe ngokuthi ungqimba oluthengiswayo) ukuthi lungagqwali i-electrode yangaphakathi. Umsebenzi wayo ukwenza i-electrode ibe ne-solderability enhle futhi yandise isikhathi sokugcina se-electrode. Ezinye zifakwe ugesi nge-tin-lead alloy.

Ama-chip resistors angama-rectangular ahlukaniswe ama-resistors efilimu azacile kanye nezimelaphi zefilimu eziwugqinsi ngokuya ngedatha yokumelana. Ama-chip inductors Lolu hlobo lwama-chip inductors lubizwa nangokuthi ama-inductors amandla kanye nama-inductors amanje aphezulu. I-chip inductance iyisici se-loop evaliwe. I-resistor yefilimu inokunemba okuphezulu kanye ne-coefficient yokushisa ephansi. Ukuqina kuhle, kodwa ububanzi bokumelana buncane, bufanele imikhiqizo ethambile ye-high-frequency. Izithasiselo zefilimu eziwugqinsi zivame ukusetshenziswa kumasekhethi.