Inyaniso kunye neeNtsomi malunga naMathuba eeCables zaMandla
AC 3pin intambo yamandlangomnye umcimbi ngokupheleleyo. Ababandakanyekanga nangayiphi na indlela ekuhanjisweni komqondiso; ngokulula badlulisela amandla ukusuka kumthombo ongundoqo wamandla ukuya kwizixhobo. Oku ngokungathandabuzekiyo kubalulekile kuba akukho sixhobo siya kusebenza ngaphandle kwentambo yombane.
Kodwa umbuzo awukho ukuba kubaluleke kangakanani intambo yamandla, kodwa ingaba kukho ukungafani kokusebenza phakathi kweentambo eziyilwe ngokufanelekileyo. Kwaye impendulo yalo mbuzo ilula: hayi.
Isebenza njani intambo yamandla ye-AC 3pin?
Intambo yamandla eyakhiwe ngokufanelekileyo iyimfuneko ngenxa yokuba intambo yomgangatho ophantsi inokubangela ukusebenza kwenkqubo ephantsi. Eyona nto kugxilwe kuyo kubukhulu bentambo, kwaye ngamanye amaxesha iingcebiso zokutshintsha intambo yamandla ngetyebileyo inokuba luncedo kwaye ingabizi.
Ziziphi iinkqubo zokusebenza kwentambo yombane?
Ukuqonda ukuba kubaluleke kangakanani ubungakanani bentambo, makhe sichaze ukusebenza kwentambo kunye neyunithi eyinika amandla. Uninzi lweesekethe ezisetyenziswa kumbane wabathengi zisebenza kwiivolthi ze-DC ukusuka kwiivolthi ezimbalwa ukuya kumakhulu aliqela eevolthi. Ngokufanelekileyo, i-voltage kwimigca ye-DC kufuneka ibe rhoqo.
Nangona kunjalo, umbane ongena kwi-outlet yethu utshintshana ngoku. Umsinga otshintshileyo obonelelwa kumakhaya ethu utshintsha amandla ombane ngokumangalisayo ukusuka umzuzwana ukuya komzuzwana. Olu tshintsho lubonisa ngokufanelekileyo i-50 Hz sine wave.
Yeyiphi eyona ntambo yentambo yamandla eyi-AC 3pin?
Phakathi kweeyona AC 3pin intambo yamandlaumntu wayengenakuyikhumbula iDaneva. I-DN1726 yeyona ntambo yamandla ibalaseleyo kuluhlu lwethu. Ke, ukuba ufuna enye, kulungile ukuba wazi zonke iinkcukacha zayo, njengoko inokuba yile nto uyifunayo.
Imitha e-1 ubude inceda ukufikelela kwi-notebook ngamaxesha onke ayimfuneko. Ukongeza, i-2 P + T Plug yiyo yonke into oyifunayo. Ngaloo nto, i-Daneva iyakwazi ukubonelela ngentambo yamandla efanelekileyo kwabo bafuna ukutshintsha le ntambo yakudala.
Ziziphi iingenelo kunye neengozi zentambo yamandla ye-notebook?
Intambo yaseDaneva nayo i-bivolt, kodwa ikhumbula ukuba ixhasa ukuya kuthi ga kwi-250 volts. Ke, eyona nto ilungileyo kukujonga izixhobo ukujonga i-voltage, ukuphepha ukugcwala ngezixhobo ezisebenza kumbane ophantsi.
Kubalulekile ukujonga ukuba ayiyi kudlula i-250 volts. Nangona kunjalo, kubaluleke ngakumbi ukujonga ukuba i-voltage yegumbi iyafana naleyo yesixhobo. Khumbula ukuba intambo ye-bivolt ayiyi kukhusela isixhobo sakho ukuba i-voltage egumbini iphezulu.
Ke, ngemveliso eguquguqukayo nefanelekileyo yokusetyenziswa kwiincwadana, iDaneva ikwazile ukufikelela kwindawo kuluhlu lwethu. Iza kunye neeyona AC 3pin intambo yamandlaekhoyo ngoku kwimarike.
Multilaser WI223 AC Pin Power Cord Cable
Eyokugqibela phakathi kweyona marike ibalaseleyo yeentambo zamandla yi-Multilaser WI223. Phakathi kweempawu zayo ezininzi, eyokuqala kukuba sele iza nomgangatho omtsha wamandla waseBrazil. Oko kukuthi, akuyi kubakho mfuneko yokujonga i-adapters ye-03-pin socket.
Enye ingongoma ebalulekileyo kukuba, phakathi kweenketho kwimarike, i-Multilaser WI223 iyona ntambo yamandla engcono kakhulu yabaqaphi. Imveliso inayo yonke into ukuhlangabezana nazo zonke iimfuno ezisisiseko somsebenzisi.
Enye inqaku elifanele ukukhankanywa kukuba ikhebula li-1.5 yeemitha ubude. Oku kwenza ukufakela kube lula kakhulu.
Kuzo zonke ezi zizathu, i-Multilaser WI223 ikwazile ukufikelela kwindawo kuluhlu lwethu ngeyona nto ingconoAC 3pin intambo yamandlakwimarike yangoku.
Ukhuseleko lombane
Umahluko omkhulu phakathi kweentambo zamandla kunye neentambo zomsindo kunye nevidiyo kukuba iintambo zamandla zithwala i-voltages eyingozi kunye nemisinga. Uqhagamshelo lweaudio lunokuthwala isignali yevolthi enye ngelixa intambo yamandla ithwala amakhulu aliqela eevolthi ezitshintshanayo zangoku ezinokubeka ubomi esichengeni.
Ingozi ebantwini ayinakuba nje ngokukhawuleza, kodwa kwakhona njengengozi yomlilo enokwenzeka ngokwenene: isiphaluka esifutshane, i-spark, kunye nokushisa okugqithisileyo - kunokubangela umlilo. Ngoko ke, kubaluleke kakhulu ukuba uqiniseke ngokhuseleko lwentambo yombane.
Ukuthotyelwa kwemigangatho yezizwe ngezizwe yeyona ngcebiso ilungileyo. Oku kuthetha ukuba ikhebula aliveliswanga kuphela kwizinto ezifanelekileyo, kodwa nokuba indibano yayo ihambelana nemigaqo yokhuseleko lomlilo.
Zeziphi ezinye izilumkiso malunga nokukhetha intambo yombane elungileyo?
Zininzi iintambo ezingaqhelekanga ezingahambelaniyo nomgangatho wamazwe ngamazwe. Abanye banokuthobela, kodwa abavelisi abalwenzi uvavanyo olufanelekileyo. Abanye abavavanywa ngokuthe ngqo kuba ngokucacileyo abanakuluphumelela uvavanyo. Ngamanye amaxesha kuvela iingxaki ngenxa yoyilo lwentambo.
Umzekelo, kunzima ukwenza ikhuselo3pin intambo yamandlaehlangabezana nemigangatho ye-UL kuba ukukhusela kunciphisa ukuveliswa kobushushu. Ke ngoko, sicebisa ngamandla ukuba usebenzise iintambo zamandla ezidweliswe kwi-UL.
Ke abasebenzisi balindele ntoni kwiingcingo zesiko?
Kunzima ukuchaza zonke izinto ezilindelekileyo ezinxulumene neentambo zombane, kwaye ezinye izinto ezilindelweyo azicacanga kangangokuba kunzima ukuziqonda. Olona lindelo luqhelekileyo olunengqiqo kukunciphisa ingxolo. Siza kuxoxa ngalo mbandela ngezantsi.
Ukunciphisa ingxolo
Kuhlala kuxoxwa ukuba iintambo zamandla eziphezulu zinceda ukucinezela ingxolo, ukunciphisa ingxolo yenkqubo kunye nokubonelela ngesandi esicacileyo ngenxa yokukhusela okanye i-pivoting geometry. Ezi zinto zilindelekileyo zishiya iingqwalasela ezimbini ezibalulekileyo. Okokuqala, intambo yamandla ayifane ibe ngumthombo wengxolo. Kwaye ukuba i-amplifier inombane oyilwe ngokufanelekileyo, ithuba lokufumana ingxolo kwintambo yamandla iphantse ibe yinto engenakwenzeka.
I-transformer, ngokukodwa, kunye ne-inductance ephezulu kakhulu, ithande ukusebenza njengesithintelo ngokuchasene nokuphazamiseka okuphezulu. Okwesibini, nokuba iimitha ezimbalwa zentambo yamandla phakathi kweevenkile. Kwaye i-amplifier isebenza njenge-antenna, ukunciphisa ingxolo kwezo mitha ezimbalwa akuyi kubaluleka.
Amakhulu eemitha zeentambo zombane ezivulekileyo zibekwe phakathi komthombo oyintloko we-AC kunye nobonelelo lwamandla ombane. Ngoko ke, ukukhusela kunye nokujija i-5-6 yeemitha zokugqibela zentambo ukunciphisa ingxolo kwenza umahluko omncinci.
Ukuqukumbela
Kuphononongo lwethu unokwazi kwaye ufunde ngakumbi malunga neyona ntambo yamandla ingcono ye-3pin ekhoyo kwimarike namhlanje. Uphinde waqaphela ukuba utyalo-mali oluncinci lunokukhulula kwiingxaki ezininzi kunye neemeko zokungakhuseleki.
Oko kuthethiweyo, sele kucacile kuwe ukuba ezona ntambo zamandla zingcono zinokunceda njani ukugcina ubomi besixhobo sakho. Ngokunjalo, ukhuseleko losapho lwakho luya kuqinisekiswa xa uthenga iimveliso ezizimeleyo, ezisemgangathweni kunye nezintsha.
Ewe, ngaba sele ugqibile ukuba sesiphi isixhobo oza kuqalisa ukusikhathalela ngcono? Ukuba ujonga ngononophelo, unokuthenga intambo yamandla entsha nganye.
Ngaba uluthandile uluhlu lwethu lwezona ntambo zamandla zingcono? Ungalibali ukwabelana ngolu luhlu kwiinethiwekhi zentlalo. Kwakhona shiya uluvo uxela ukuba yeyiphi intambo oyithanda kakhulu.
Ixesha lokuposa: Jan-14-2022
