Nangona ngoku inokuthenjwa, kwinkqubo yokusebenza, kwinkqubo yokusebenza, inokubangela umngcipheko othile kubasebenzi ngenxa yeengxaki ezifana nefuthe labaqhubi ngokwangaphandle. Ke ngoko, omabini amashishini asebenza ngokukodwa ukuvelisa i-vesters ye-voltage kunye namashishini afanelekileyo esebenzisa i-testagend testers kufuneka azame kakhulu ukunqanda ukuvela kwemingcipheko enjalo kufuneka akwazi ukunciphisa ingozi enokubakho?
Ngokubanzi, uninzi lokuphela luyekisa i-tendeters ye-voltage Le nkqubo ikwabizwa ngokuba yi-smart gfi kancinci. Inokufumanisa ngokusetyenziswa kweemodeli zangoku. Ukuba ingxaki yothuso lombane kunye nokuvuza kwenzeke, i-funstried i-tempoged titer izakunqumla ngokuzenzekelayo igalelo liphume kwi-milliecond enye, ukuqinisekisa ukhuseleko lwabasebenzi. Ngenxa yoko, phantsi kweemeko ezifanayo zomsebenzi, umntu ofanelekileyo uyakwazi ukubopha i-voltage, lo gama nje umqhubi engenzi iimpazamo ezininzi, akasayi kuhlasela umoyili wombane we-operator kunye nezinye iingozi.
Ukukhusela abathengi kunye nabaqhubi, abavelisi boxinzelelo kufuneka bagcwalise iintlobo ezininzi zovavanyo lokhuseleko xa begqibile ukuveliswa kwezixhobo, ukuze baqinisekise ukuba iimveliso zemveliso yemveliso, umsebenzi kunye neenkcukacha zenkqubo . Ibandakanya i-voltage ye-voltage yovavanyo, uvavanyo lokufakelwa, njl. Njl. Okwangoku, uMvelisi ofanelekileyo, ukuveliswa, ukuvavanywa kunye nezinye iinkqubo kufuneka kwenziwe ngokungqongqo kwimigangatho yehlabathi, kwaye iimveliso zokugqibela kufuneka zifikelele kwimigangatho yengqiqo ye-ISO YOKHUSELEKILEYO, KUKHONZA, UKUYA KUMALUNGELELWANO UKUZE UVULE Kufuneka ufikelele kwimigangatho esemgangathweni ye-ISO YOHLABATHI, KUPHELA NGOKWENZA LOKWENZA IXESHA EBALULEKILEYO KWIINGXAKI ZENGQESHO. Ewe kunjalo, ukusetyenziswa kwamashishini okusebenza okunxulumene noko, kodwa kwakhona kucwangcisa ukusebenza koqeqesho lwabasebenzi, intsha kufuneka ibe phantsi kweliso labasebenzi abadala abanamava ukuba basebenze, ukuze bawuthintele umngcipheko obangelwe ziimpazamo zokusebenza.
1. Zithini izibonelelo ze-AC
Ngokubanzi, i-AC i-I-AC, i-qitha i-testage ilula ukufumana inkxaso yombutho okhuseleko ngakumbi kune-DC Tostand Tester. Esona sizathu kukuba uninzi lwezinto ezivavanyiweyo ziya kusebenza phantsi kwevoldage ye-AC, kwaye i-AC, i-AC, kuvavanywa i-voltages ibonelela ngolunye uhlobo lokuthengiswa kwezinto ezimbini ukuba zikwazi ukudibana noxinzelelo oluza kudibana. Ngenxa yokuba uvavanyo lwe-AC aluyi kubizela umthwalo we-cangocial, ukufundisisa okwangoku kususela ekuqaleni kwesicelo sokusebenza kwe-voltage de kube sekupheleni kovavanyo. Ke ngoko, ekubeni kungabikho ngxaki yemizinzayo yokubeka esweni ukufundwa kwangoku, akukho mfuneko yokwandisa inyathelo le-voltage ngenyathelo. Oku kuthetha ukuba ngaphandle kwemveliso phantsi kovavanyo oxineneyo ngequbuliso, umqhubi unokusebenzisa ngokukhawuleza i-voltage epheleleyo kwaye ufunde ngoku ngaphandle kokulinda. Ngenxa yokuba i-Ac Flotage ayiyi kuhlawulisa umthwalo, akukho sidingo sokukhupha izixhobo ezivavanyiweyo emva kovavanyo.
2. Zithini iziphene zemozulu ye-voltage?
Xa umthwalo wokuxhonywa uyavavanywa, iyonke yangoku iqulathe ukwenziwa kwangoku kunye nokuvuza okwangoku. Xa ukuxhathisa okukhulu kakhulu kunokuvuza okwangoku, kunokuba nzima ukufumana iimveliso nge-leage ekuvusweni kakhulu. Xa uvavanya umthwalo omkhulu weCanditive, iyonke iyonke ifunekayo inkulu kakhulu kunokuvuza ngokwakho. Kuba umsebenzisi ujongene nobuninzi, oku kunokuba yingozi enkulu.
3. Zithini izibonelelo zeDC ukuvavanywa kwe-voltage?
Xa i-Day yenziwa ngokupheleleyo, kuphela kukungena okuvuyayo. Oku kwenza ukuba i-DC ikhuphe isixhobo sovavanyo lwe-voltage ukuze ibonakalise ngokucacileyo i-leakuge yokwenyani yemveliso ephantsi kovavanyo. Ngenxa yokuba ukutshaja okufutshane, imvume yamandla e-DC iyadinwa i-temtage titer idla ngokutya okuncinci kunelo ye-AC, i-AC, inyibilike iphinde ivavanye imveliso yevolthi.
4. Zithini iziphene ze-DC Tostrend tister?
Kuba uvavanyo lwevolthi ye-DC ye-DC iyabiza into ephantsi kovavanyo (i-DLT), ukuze isuse umngcipheko wokuhamba kombane (i-DLT) emva kovavanyo (i-DLT) kufuneka ibe ukhunjulwe emva kovavanyo. Uvavanyo lwe-DC luya kubiza i-capacitor. Ukuba isithuba sisebenzisa amandla e-AC AC, indlela ye-DC ayijonganga meko.
IXESHA LOKUQALA: Jun-24 ukuya kwi-2021
