I-Solid Electrolytic Capacitor 100uf 16v Iyathengiswa
Izici
Ibanga lokushisa elibanzi lokusebenza: -55~+105℃
I-ESR ephansi, i-ripple current ephezulu
Impilo yokulayisha amahora angama-2000
I-RoHS & REACH iyahambisana, i-Halogen-free
Isicelo
Ngenxa yezinzuzo zokumelana nemvamisa ephezulu, ukumelana nokushisa okuphezulu, ukumelana okuphezulu kwamanje, njll. Ngaphezu kwalokho, i-electrolytic capacitor eqinile ngokwayo ayithinteki kalula ukushisa okuzungezile nomswakama.Ilungele ugesi ophansi kanye nezicelo zamanje eziphezulu, ezisetshenziswa kakhulu emikhiqizweni yedijithali efana ne-DVD emincane, ama-Projector namakhompyutha ezimboni, njll.
Inqubo Yokukhiqiza
FAQ
Q: Iyini i-ESR ye-aluminium electrolytic capacitors?
A: I-ESR ye-capacitor ibhekisela ekuphikiseni okufanayo kochungechunge noma ukuvinjelwa kwe-capacitor.I-capacitor ekahle ayinakho ukumelana, kodwa empeleni noma iyiphi i-capacitor inokumelana, futhi inani lokumelana lihlobene nezinto ezibonakalayo kanye nesakhiwo se-capacitor.Ukwehluleka kwesifunda okubangelwa i-ESR kuvame ukuba nzima ukukubona, futhi imiphumela ye-ESR ayinakwa kalula phakathi nenqubo yokuklama.Uma imingcele ethile ye-capacitor ingakwazi ukukhethwa ngesikhathi sokulingisa, ungazama ukuxhuma ngokuzenzakalelayo i-resistor encane ochungechungeni ne-capacitor ukuze ulingise ithonya le-ESR.Ngokuvamile, i-ESR ye-tantalum capacitor ivamise ukuba ngaphansi kwama-milliohms ayi-100, kuyilapho ama-aluminium electrolytic capacitor ephakeme kunaleli xabiso, futhi i-ESR yezinye izinhlobo zama-electrolytic capacitor ingaba phezulu njengama-ohm amaningana.
Q: Uyini umehluko phakathi kwe-SMD aluminium electrolytic capacitors kanye ne-in-line aluminium electrolytic capacitors?
A: Uma nje kuyi-aluminium electrolytic capacitor, awukho umehluko obalulekile ezicini zemvamisa, futhi izici zemvamisa ye-capacitor azincikile kumumo wephakheji.
Ivolumu yemishini yokwenziwa emgqeni ngokuvamile inkulu kunaleyo ye-SMD, futhi amadivayisi akulayini adinga ukushaywa lapho enza ama-PCB.Inqubo yokushisela nayo ihlukile kuleyo ye-SMD, eyinkinga kakhulu.Uma sikhuluma ngokuqhathanisa, ama-in-line capacitor ikakhulukazi awohlelo lokusebenza lwesekethe yamandla aphezulu.
