Iqiniso Nezinganekwane Ngamathuba Ezintambo Zamandla
Intambo yamandla ye-AC 3pinkungenye indaba ngokuphelele. Ababandakanyekanga nganoma iyiphi indlela ekudluliselweni kwesignali; bamane badlulise amandla kusuka emthonjeni wamandla amakhulu baye kumadivayisi. Lokhu akungabazeki ukuthi kubalulekile ngoba akukho divayisi ezosebenza ngaphandle kwentambo kagesi.
Kodwa umbuzo awukona ukuthi ibaluleke kangakanani ikhebula lamandla, kodwa ukuthi ingabe kunomehluko wokusebenza phakathi kwezintambo eziklanywe kahle. Futhi impendulo yalo mbuzo ilula: cha.
Isebenza kanjani intambo yamandla ye-AC 3pin?
Ikhebula lamandla elakhiwe kahle liyadingeka ngenxa yokuthi ikhebula lekhwalithi eliphansi lingaholela ekusebenzeni kwesistimu okungalungile. Okugxilwe kakhulu kusayizi wekhebula, futhi ngezinye izikhathi iseluleko sokushintsha ikhebula lamandla ngogqinsi singaba usizo ngempela futhi singambi eqolo.
Yiziphi izinqubo zokusebenza kwentambo kagesi?
Ukuze uqonde ukuthi ubaluleke kangakanani usayizi wekhebula, ake sichaze ukusebenza kwekhebula neyunithi elinika amandla. Amasekhethi amaningi asetshenziswa kuma-electronics abathengi asebenza kuma-voltage e-DC asukela kuma-volts ambalwa kuya kumakhulu amaningana ama-volts. Ngokufanelekile, i-voltage emigqeni ye-DC kufanele ibe njalo.
Nokho, ugesi ongena endaweni yethu ushintshashintsha. I-alternating current enikezwa ezindlini zethu ishintsha amandla kagesi wayo ngokuphawulekayo umzuzwana nomzuzwana. Izinguquko ezinjalo zimelela kahle i-50 Hz sine wave.
Iyiphi intambo yamandla ye-AC 3pin engcono kakhulu?
Phakathi kweintambo yamandla ye-AC 3pin engcono kakhuluumuntu akakwazanga ukuphuthelwa iDaneva. I-DN1726 iyikhebula lamandla encwajana ehamba phambili ohlwini lwethu. Ngakho-ke, uma udinga eyodwa, kuhle ukuqaphela yonke imininingwane yayo, njengoba kungenzeka kube yilokho kanye okufunayo.
Imitha eyi-1 ubude isiza ukuba nokufinyelela ku-notebook ngaso sonke isikhathi lapho kudingeka. Ngaphezu kwalokho, i-2 P + T Plug iyikho konke okudingayo. Ngalokho, i-Daneva iyakwazi ukunikeza ikhebula lamandla elifanele labo abadinga ukufaka esikhundleni sekhebula le-notebook endala.
Yiziphi izinzuzo nezingozi zekhebula lamandla ebhukwana?
Ikhebula le-Daneva liphinde libe yi-bivolt, kodwa khumbula ukuthi lisekela kufika ku-250 volts. Ngakho-ke, okufanelekile ukubheka amadivaysi ukuze uhlole i-voltage, ugweme ukugcwala ngokweqile ngamadivayisi asebenza nge-voltage ephansi.
Kubalulekile ukubheka ukuthi ngeke idlule 250 volts. Kodwa-ke, kubaluleke nakakhulu ukuhlola ukuthi i-voltage yekamelo iyafana yini neyomshini. Khumbula ukuthi ikhebula le-bivolt ngeke livikele idivayisi yakho uma i-voltage egumbini iphezulu.
Ngakho-ke, ngomkhiqizo oguquguqukayo nolungele ukusetshenziswa ezincwadini zokubhalela, i-Daneva ikwazile ukufinyelela indawo ohlwini lwethu. Iza neintambo yamandla ye-AC 3pin engcono kakhuluekhona njengamanje emakethe.
I-Multilaser WI223 AC Pin Power Cord Cable
Eyokugcina phakathi kwemakethe yezintambo zamandla ehamba phambili i-Multilaser WI223. Phakathi kwezimfanelo zayo eziningi, eyokuqala ukuthi isivele iza nezinga elisha lamandla e-Brazilian. Okusho ukuthi, ngeke kube nesidingo sokubheka ama-adaptha esokhethi le-03-pin.
Elinye iphuzu elibalulekile ukuthi, phakathi kwezinketho emakethe, i-Multilaser WI223 iyikhebula lamandla elingcono kakhulu labaqaphi. Umkhiqizo unakho konke ukuhlangabezana nazo zonke izidingo eziyisisekelo zomsebenzisi.
Elinye iphuzu okufanele liphawulwe yiqiniso lokuthi ikhebula lingamamitha angu-1.5 ubude. Lokhu kwenza ukufaka kube lula kakhulu.
Kuzo zonke lezi zizathu, i-Multilaser WI223 ikwazile ukufinyelela isikhundla ohlwini lwethu ngezingcono kakhuluIntambo yamandla ye-AC 3pinemakethe yamanje.
Ukuphepha kukagesi
Umehluko omkhulu phakathi kwezintambo zikagesi kanye nezintambo zomsindo nevidiyo ukuthi izintambo zikagesi zithwala ama-voltage ayingozi namaza. Uxhumano lomsindo lungaphatha isignali yevolthi eyodwa kuyilapho intambo yamandla ithwala ama-volts angamakhulu amaningana wamanje ashintshayo angase abeke ukuphila engozini.
Ingozi kubantu angeke ibe ngokushesha nje kuphela, kodwa futhi njengengozi yangempela yomlilo engaba khona: isifunda esifushane, inhlansi, nokushisa ngokweqile - kungabangela umlilo. Ngakho-ke, kubaluleke kakhulu ukuqiniseka ngokuphepha kwekhebula lamandla.
Ukuhambisana nezinga lamazwe ngamazwe kuyincomo engcono kakhulu. Lokhu kusho ukuthi ikhebula akwenziwanga kuphela ngezinto ezifanele, kodwa futhi ukuthi umhlangano wayo uhambisana nemithetho yokuphepha komlilo.
Yiziphi ezinye zezinyathelo zokuphepha mayelana nokukhetha intambo kagesi enhle?
Kunezintambo eziningi ezingavamile ezingahambelani nezinga lamazwe ngamazwe. Okunye kungase kuhambisane, kodwa abakhiqizi abakwenzi ukuhlola okufanele. Abanye abahlolwa ngokunembile ngoba kusobala ukuthi abakwazi ukuluphumelela ukuhlolwa. Ngezinye izikhathi izinkinga ziphakama ngenxa yomklamo wekhebula.
Isibonelo, kunzima ukwakha isihlangu3pin intambo yamandlalokho kuhlangabezana nezindinganiso ze-UL ngoba ukuvikela kunciphisa ukukhiqizwa kokushisa. Ngakho-ke, sincoma ngokuqinile ukuthi usebenzise izintambo zamandla ezisohlwini lwe-UL.
Ngakho-ke yini abasebenzisi abayilindele ezintanjeni zangokwezifiso?
Kunzima ukuchaza konke okulindelekile okuhlobene nezintambo zikagesi, futhi okunye okulindelekile akucacile kangangokuthi kunzima ukukuqonda. Ukulindela okuvame kakhulu okwenza umqondo omkhulu ukunciphisa umsindo. Sizoxoxa ngalolu daba ngezansi.
Ukunciphisa umsindo
Kuvame ukuphikiswana ngokuthi izintambo zamandla aphezulu zisiza ukucindezela umsindo, ukunciphisa umsindo wesistimu futhi zinikeze umsindo ocacile ngenxa yokuzivikela noma i-geometry ejikelezayo. Lokhu okulindelekile kushiya ngaphandle izinto ezimbili ezibalulekile. Okokuqala, intambo yamandla akuvamile ukuba ibe umthombo womsindo. Futhi uma i-amplifier ine-power supply eklanywe kahle, ithuba lokuthola umsindo kukhebula lamandla liba cishe elingenangqondo.
I-transformer, ikakhulukazi, nge-inductance yayo ephezulu kakhulu, ijwayele ukusebenza njengesithiyo ngokumelene nokuphazamiseka kwemvamisa ephezulu. Okwesibili, ngisho noma amamitha ambalwa wekhebula lamandla phakathi kwezitolo. Futhi i-amplifier isebenza njenge-antenna, ukuncishiswa komsindo kulawo mamitha ambalwa ngeke kube okuphawulekayo.
Amakhulu amamitha ezintambo zikagesi ezivulekile atholakala phakathi komthombo oyinhloko we-AC kanye nomthombo wamandla we-amplifier. Ngakho-ke ukuvikela nokusonta amamitha wokugcina angu-5-6 wekhebula ukunciphisa umsindo kwenza umehluko omncane.
Isiphetho
Ekubuyekezweni kwethu ungazi futhi ufunde okwengeziwe mayelana nentambo ngayinye yamandla engu-3pin ehamba phambili etholakala emakethe namuhla. Ubonile futhi ukuthi utshalomali oluncane uma kuqhathaniswa lungakukhulula ezinkingeni eziningi kanye namacala okungavikeleki.
Sesikushilo lokho, sekuvele kukucacele ukuthi amakhebuli kagesi angcono kakhulu angasiza kanjani ekugcineni impilo yemishini yakho. Ngokufanayo, ukuphepha komndeni wakho kuzoqinisekiswa lapho uthenga imikhiqizo ehlukene, ikhwalithi kanye nemisha.
Nokho, ingabe usunqumile ukuthi iyiphi idivayisi ozoqala ukuyinakekela kangcono? Uma ubheka ngokucophelela, ungathenga intambo yamandla entsha ngayinye.
Ingabe uluthandile uhlu lwethu lwezintambo zikagesi ezihamba phambili? Ungakhohlwa ukwabelana ngalolu hlu ezinkundleni zokuxhumana. Futhi shiya amazwana usho ukuthi iyiphi ikhebula oyithanda kakhulu.
Isikhathi sokuthumela: Jan-14-2022
