Ukuze uphishekele amava angcono obomi bebhetri yeselula, ukongeza ekwandiseni umthamo webhetri, isantya sokutshaja sikwangumba ochaphazela amava, kwaye oku kwandisa amandla okutshaja efowuni ephathwayo.Ngoku amandla okutshaja efowuni yorhwebo sele efikelele kwi-120W.Ifowuni inokuhlawulwa ngokupheleleyo kwimizuzu eyi-15.
Okwangoku, iiprothokholi zokutshaja ngokukhawuleza kwimarike ikakhulu zibandakanya i-Huawei SCP/FCP iprotocol yokutshaja ngokukhawuleza, iprotocol ye-Qualcomm QC, iprotocol yePD, i-VIVO Flash Charge ukutshaja i-flash, i-OPPO VOOC yokutshaja.
Igama elipheleleyo le-Huawei SCP yokutshaja ngokukhawuleza iprotocol yiProtocol ye-Super Charge, kwaye igama elipheleleyo le-FCP yokutshaja ngokukhawuleza iProtocol yiProtocol yokuTshaja ngokukhawuleza.Kwiintsuku zokuqala, uHuawei wasebenzisa i-FCP ekhawulezayo yokutshaja iprotocol, eneempawu zombane ophezulu kunye nomgangatho ophantsi wangoku.Umzekelo, i-9V2A 18W yokuqala yasetyenziswa kwiifowuni zeHuawei Mate8.Kamva, iya kuphuculwa kwi-protocol ye-SCP ukuqaphela ukutshaja ngokukhawuleza ngendlela yangoku ephezulu.
Igama elipheleleyo le-Qualcomm's QC protocol yi-Quick Charge.Okwangoku, iiselfowuni eziphathwayo zixhotyiswe ngeprosesa ze-Snapdragon kwimarike ngokusisiseko ziyayixhasa le protocol yentlawulo ekhawulezayo.Ekuqaleni, i-protocol ye-QC1 isekela i-10W yokuhlawulela ngokukhawuleza, i-QC3 18W, kunye ne-QC4 eqinisekisiwe yi-USB-PD.Ukuphuhliswa kwinqanaba le-QC5 yangoku, amandla okuhlawula angafikelela kwi-100W +.Iprothokholi yokutshaja ngokukhawuleza ye-QC yangoku sele ixhasa umgangatho wokutshaja okhawulezileyo we-USB-PD, nto leyo ethetha ukuba iitshaja ezisebenzisa i-USB-PD iprotocol yokutshaja ngokukhawuleza zinokuhlawulisa ngokuthe ngqo i-iOS kunye nezixhobo zeqonga ezimbini ze-Android.
I-VIVO Flash Charge ikwayilwe ngeempompo zokushaja kabini kunye neeseli ezimbini.Okwangoku, amandla aphezulu okutshaja aphuhliswe ukuya kwi-120W kwi-20V6A.Inokuhlawula i-50% ye-4000mAh ibhetri ye-lithium kwimizuzu emi-5, kwaye ihlawulise ngokupheleleyo kwimizuzu ye-13.izele.Kwaye ngoku iimodeli zayo ze-iQOO sele zikhokele ekurhwebeni kweetshaja ze-120W.
Kunokuthiwa i-OPPO yimveliso yokuqala yeefowuni eziphathwayo eTshayina ukuqala ukutshaja ngokukhawuleza kweefowuni eziphathwayo.I-VOOC 1.0 yokutshaja ngokukhawuleza yakhululwa ngo-2014. Ngelo xesha, amandla okuhlawula ayengama-20W, kwaye sele efumene izizukulwana ezininzi zophuhliso kunye nokulungiswa.Ngo-2020, i-OPPO icebise ngetekhnoloji yokutshaja i-flash eyi-125W.Kufuneka kutshiwo ukuba ukutshaja okukhawulezayo kwe-OPPO kusebenzisa iprothokholi yayo yokutshaja i-VOOC flash, esebenzisa i-low-voltage, iskimu sokutshaja esiphezulu sangoku.
Igama elipheleleyo le-USB-PD yokutshaja okukhawulezileyo iprothokholi kukuNikezelwa koMbane oMbane, oluluphawu lokutshaja okukhawulezayo oluqulunqwe ngumbutho we-USB-IF kwaye yenye yeendlela zokutshaja ngokukhawuleza ezisetyenziswayo ngoku.Kwaye i-Apple ngomnye wabaqalisi bomgangatho wokutshaja okhawulezayo we-USB PD, ke ngoku kukho iiselfowuni ze-Apple ezixhasa ukutshaja okukhawulezayo, kwaye basebenzisa i-USB-PD yokutshaja ngokukhawuleza.
Iprothokholi yokutshaja ngokukhawuleza kwe-USB-PD kunye nezinye iiprothokholi zokutshaja ngokukhawuleza zifana nobudlelwane phakathi kwesiqulatho kunye nokufakwa.Okwangoku, i-USB-PD 3.0 protocol ifake i-Qualcomm QC 3.0 kunye ne-QC4.0, i-Huawei SCP kunye ne-FCP, kunye ne-MTK PE3.0 Nge-PE2.0, kukho i-OPPO VOOC.Ke xa iyonke, i-USB-PD yokutshaja ngokukhawuleza iprotocol ineenzuzo ezidityanisiweyo.
Kubathengi, amava afanelekileyo okutshaja ahambelanayo kwaye ahambelana neefowuni eziphathwayo ngamava esiwafunayo, kwaye nje ukuba kuvulwe izivumelwano zokutshaja ezikhawulezayo zabavelisi beefowuni ezahlukeneyo, ngokungathandabuzekiyo ziya kunciphisa inani leetshaja ezisetyenzisiweyo, kwaye ikwanjalo. umlinganiselo wokhuseleko lokusingqongileyo.Xa kuthelekiswa nesenzo sokungasasazi iitshaja ze-iPhone, ukuqonda ukutshaja ngokukhawuleza ukuhambelana kokutshaja ngumlinganiselo onamandla kwaye onokwenzeka wokukhusela okusingqongileyo.
Ixesha lokuposa: Mar-06-2023
