Ukuhlangabezana neemfuno zokhuseleko lwemithetho emitsha ye-3C: Ukuhlalutya indima ephambili ye-YMIN polymer hybrid aluminium electrolytic capacitors kumbane ohambahambayo.
Kungekudala, i-State Administration for Market Regulation iqalise ukukhunjuzwa okukhulu kwezinto zombane ezihambayo ngaphandle kwee-logos ze-3C / ii-logos ezingacacanga, kwaye ngaphezu kweemveliso ze-500,000 zisusiwe kwiishelufu ngenxa yeengozi zokhuseleko.
Abavelisi basebenzisa iiseli zebhetri eziphantsi, ezihlala zikhokelela kwiingxaki ezinjengokushisa, amandla obuxoki, kunye nokunciphisa okubukhali kubomi bombane ohambahambayo. Ke ngoko, amacandelo athembeke kakhulu adibana nemigaqo emitsha ye-3C iba yeyona nto ibalulekileyo ekukhuseleni nasekusebenzeni kakuhle kombane ophathwayo.
01 YMIN ipolymer hybrid i-aluminiyam electrolytic capacitors
Kweli xesha lihambayo lokusukela ukuphatheka okugqithisileyo kunye nobomi bebhetri obuhlala ixesha elide, izixhobo zombane eziphathwayo ziye zaba liqabane eliyimfuneko. Nangona kunjalo, umbane ophathwayo usenawo amandla aphezulu okulinda, ubushushu, kunye nokuphazamiseka ekuphatheni, okuchaphazela amava omsebenzisi kunye nokhuseleko.
YMIN i-polymer hybrid aluminium electrolytic capacitorsngokuchanekileyo ukusombulula ezi ngxaki kwaye wenze ixabiso elibalulekileyo lonikezelo lwamandla ombane:
Ukuvuza okuphantsi kwangoku:
Amandla ombane ohambahambayo alahleka ngokuzolileyo xa engasebenzi kwaye elindile, kwaye amandla awonelanga xa esetyenziswa. I-YMIN polymer hybrid aluminium electrolytic capacitors ineempawu zangoku zokuvuza eziphantsi kakhulu (inokuba ngaphantsi njenge-5μA okanye ngaphantsi), ecinezela ngokufanelekileyo ukuzikhupha kwesixhobo xa ingasetyenziswa. Ngokwenene iyaqonda ukuba "yithathe kwaye uyisebenzise, ixesha elide lokulinda" lamandla eselula.
IESR esezantsi kakhulu:
I-YMIN polymer aluminium electrolytic capacitors ene-ultra-low ESR kunye neempawu eziphantsi kakhulu zokuzifudumeza. Naphantsi kweemeko ezinkulu zangoku eziziswa kukutshaja okukhawulezayo, kungcono kakhulu kunengxaki enkulu yokuzifudumeza kwee-capacitors eziqhelekileyo phantsi kwe-ripple ephezulu. Inciphisa kakhulu ukuveliswa kobushushu xa kusetyenziswa amandla ahambayo, kwaye kunciphisa umngcipheko wokuqhuma kunye nomlilo.
Ubuninzi bomthamo ophezulu:
Xa uyila amandla eselula ukuphumeza umthamo ophezulu, kudla ngokukhokelela kwivolumu egqithisileyo, eba ngumthwalo wokuhamba. Ngaphantsi komthamo ofanayo, ixabiso lomthamo we-polymer hybrid aluminium electrolytic capacitors inokunyuswa nge-5% ~ 10% xa kuthelekiswa ne-polymer eqinile ye-aluminium electrolytic capacitors; okanye phantsi kwesiseko sokubonelela umthamo ofanayo, umthamo we-capacitor uyancipha kakhulu. Yenza amandla eselula abe lula ukufikelela kwi-miniaturization kunye nokubhitya. Abasebenzisi abafuni ukuthothisa phakathi komthamo kunye nokuphatheka, kunye nokuhamba ngaphandle komthwalo.
02 Ingcebiso yoKhetho
Ukuqukumbela
YMIN ipolymer hybrid aluminiyam electrolytic capacitorItekhnoloji izisa ixabiso elingundoqo kunikezelo lombane oluphathwayo ngoxinano lwamandla aphezulu, ukusebenza okugqwesileyo kokutshabalalisa ubushushu kunye nokuvuza okuphantsi kakhulu. Ukukhetha isisombululo esixhotyiswe nge-polymer hybrid aluminium electrolytic capacitors ayikhethi kuphela icandelo eliphambili, kodwa likwakhetha ukubonelela abasebenzisi bamandla eselula ngamava akhuselekileyo, afanelekileyo kwaye ahlala ixesha elide.
Ixesha lokuposa: Jul-21-2025