Duk da'irar buck da da'irar haɓaka sune mahimman da'irori a ƙirar kayan masarufi, musamman ga masu hankaliONUkumaOLTna'urori. Ayyukan VOICE a cikiONUzane yana amfani da da'irar haɓakawa don haɓaka ƙarfin lantarki kai tsaye da samar da wutar lantarki ga wayoyin waje. Hanya mafi kyau don fahimtar da'irar haɓakawa ita ce cikakkiyar fahimtar ƙarfin lantarki da halin yanzu na kowane ɓangaren da'ira, fuskantar wasu matsaloli na iya nuna alamar matsala a fili. Alal misali, menene ya faru lokacin da inductance ya karu? Me zai faru idan capacitance ya karu? Menene tasirin mitar aiki? Na gaba, kamfaninmu zai bayyana muku.
Da farko, bari muyi magana game da ainihin ƙa'idar aiki na BOOST circuit: A cikin hoton da ke ƙasa, transistor MOS shinecanza. Muddin saurin yana da sauri sosai (yawan sauyawa ya isa sosai), lokacin kunnawa da kashewa (lokacin caji da lokacin caji) ana sarrafa shi sosai, kuma an haɗa shi da capacitor na fitarwa, ana iya samun ingantaccen Vo (muryar). irin ƙarfin lantarki na mu masu hankaliONUshine gabaɗaya 48V), wanda shine ƙarfin fitarwa.
Lokacin dacanzayana kunne, inductor L yana ƙasa, an yanke diode, kuma Vi yana cajin inductor L. Wutar lantarki a ƙarshen ƙarshen inductor shine Vi (yawanci 12V donONUtushen wutan lantarki). Lokacin dacanzaya zama marar gudanarwa, saboda an riga an caje inductor L kuma akwai halin yanzu yana gudana ta cikinsa, na yanzu a ƙarshen duka na inductor ba zai iya canzawa kwatsam ba. Don haka, za a jawo wutar lantarki don yin diode akan halin da ya dace. Wurin lantarkin da ake fitarwa Vo ya kasance akai-akai, kuma diode conduction voltage drop shine Vd, don haka wutar lantarki a gefen dama na inductor shine Vo+Vd, kuma wutar lantarki a ƙarshen hagu na inductor shine shigar da wutar lantarki Vi. Wannan da'irar haɓakawa ce, don haka Vo+Vd>Vi, ana fitar da inductance a wannan lokacin, yana ba da wutar lantarki ga kaya, da cajin capacitor na fitarwa.
Lokacin dacanzaya zama marar gudanarwa, saboda an riga an caje inductor L kuma akwai halin yanzu yana gudana ta cikinsa, na yanzu a ƙarshen duka na inductor ba zai iya canzawa kwatsam ba. Don haka, za a jawo wutar lantarki don yin diode akan halin da ya dace.
Wurin lantarkin da ake fitarwa Vo ya kasance akai-akai, kuma diode conduction voltage drop shine Vd, don haka wutar lantarki a gefen dama na inductor shine Vo+Vd, kuma wutar lantarki a ƙarshen hagu na inductor shine shigar da wutar lantarki Vi. Wannan da'irar haɓakawa ce, don haka Vo+Vd>Vi, ana fitar da inductance a wannan lokacin, yana ba da wutar lantarki ga kaya, da cajin capacitor na fitarwa.
Abin da ke sama taƙaitaccen bayani ne na BOOST Circuit, wanda zai iya zama abin tunani ga kowa da kowa. Kamfaninmu yana da ƙungiyar fasaha mai ƙarfi kuma yana iya samar da sabis na fasaha na ƙwararrun abokan ciniki. A halin yanzu, kamfaninmu yana da samfura daban-daban: masu hankaliwani, sadarwa Tantancewar module, Tantancewar fiber module, sfp Tantancewar module,oltkayan aiki, Ethernetcanzada sauran kayan aikin sadarwa. Idan kuna buƙata, kuna iya samun fahimta mai zurfi.