Ukuhlangabezana nezidingo zokuphepha zemithetho emisha ye-3C: Ukuhlaziya indima ebalulekile ye-YMIN polymer hybrid aluminium electrolytic capacitor kumpahla yamandla eselula.

Ukuhlangabezana nezidingo zokuphepha zemithetho emisha ye-3C: Ukuhlaziya indima ebalulekile ye-YMIN polymer hybrid aluminium electrolytic capacitor kumpahla yamandla eselula.

Muva nje, i-State Administration for Market Regulation yethule ukukhunjulwa okukhulu kwamandla kagesi ngaphandle kwama-logo we-3C/ama-logo angacacile, futhi imikhiqizo engaphezu kuka-500,000 isusiwe emashalofini ngenxa yezingozi zokuphepha.

Abakhiqizi basebenzisa amaseli ebhethri aphansi, avame ukuholela ezinkingeni ezinjengokushisa ngokweqile, amandla amanga, kanye nokuncipha okubukhali kwempilo yamandla eselula. Ngakho-ke, izingxenye ezithembeke kakhulu ezihlangabezana nemithetho emisha ye-3C ziba yisici esiwujuqu ekuphepheni nasekusebenzeni kahle kwamandla kagesi.

01 YMIN polymer hybrid aluminium electrolytic capacitor

Esikhathini seselula sokuphishekela ukuphatheka okwedlulele nempilo yebhethri ehlala isikhathi eside, ugesi weselula usuphenduke uzakwethu obalulekile. Kodwa-ke, ugesi weselula usesenokusetshenziswa kwamandla okulindile okuphezulu, ukushisa, kanye nokuphazamiseka ekuphatheni, okuthinta ulwazi lomsebenzisi kanye nokuphepha.

I-YMIN polymer hybrid aluminium electrolytic capacitorxazulula ngokunembile lezi zinkinga futhi udale inani elibalulekile lamandla kagesi weselula:

Ukuvuza okuphansi kwamanje:

Amandla kagesi weselula alahleka buthule lapho engenzi lutho futhi ebekwe eceleni, futhi amandla awanele uma esetshenziswa. I-YMIN polymer hybrid aluminium electrolytic capacitor inezici zamanje zokuvuza eziphansi kakhulu (zingaba ngaphansi njengo-5μA noma ngaphansi), okucindezela ngempumelelo ukuzikhipha kwedivayisi uma ingasetshenziswa. Ikubona ngempela "ukuyithatha futhi ukusebenzise, ​​okulindile okuhlala isikhathi eside" kwamandla eselula.

I-ESR ephansi kakhulu:

I-YMIN polymer hybrid aluminium electrolytic capacitor ine-ultra-low ESR nezici zokuzifudumeza eziphansi kakhulu. Ngisho nangaphansi kwezimo zamanje ezinkulu ze-ripple ezilethwa ukushaja okusheshayo, kungcono kakhulu kunenkinga enkulu yokuzishisisa yama-capacitor ajwayelekile ngaphansi kwe-ripple ephezulu. Inciphisa kakhulu isizukulwane sokushisa lapho kusetshenziswa amandla eselula, futhi inciphisa ingozi yokuqhuma nomlilo.

Ukuminyana komthamo omkhulu:

Lapho uklama amandla eselula ukuze uzuze umthamo ophezulu, ngokuvamile uholela kumthamo omkhulu, okuba umthwalo wokuhamba. Ngaphansi kwevolumu efanayo, inani lomthamo we-polymer hybrid aluminium electrolytic capacitor lingakhuphuka ngo-5% ~ 10% uma liqhathaniswa nama-capacitor e-aluminium e-aluminium enziwe nge-polymer eqinile; noma ngaphansi kwesisekelo sokuhlinzeka umthamo ofanayo, umthamo we-capacitor uyancipha kakhulu. Yenza amandla eselula abe lula ukuze kuzuzwe ukwenziwa kancane kanye nokuba mncane. Abasebenzisi abadingi ukuyekethisa phakathi komthamo nokuphatheka, futhi bahambe ngaphandle komthwalo.

02 Izincomo zokukhetha

Isiphetho

I-YMIN polymer hybrid aluminium electrolytic capacitorubuchwepheshe buletha inani eliwumongo ekuphakelelweni kwamandla kamakhalekhukhwini ngobuningi bawo obuphezulu, ukusebenza okuhle kakhulu kokukhipha ukushisa kanye nokuvuza okuphansi kakhulu. Ukukhetha isixazululo esifakwe i-polymer hybrid aluminium electrolytic capacitor akugcini nje ngokukhetha ingxenye eyinhloko, kodwa futhi ukhetha ukunikeza abasebenzisi bamandla eselula ulwazi oluphephile, olulula futhi oluhlala njalo.