sabon nau'in na'urar samar da wutar lantarki na lantarki-maɗaukakin wutar lantarki mai girma. Ya haɗu da fa'idodin santsin raƙuman ruwa na masu gyara siliki da kuma dacewa da ƙa'idodin ƙarfin lantarki na masu gyara masu sarrafa silicon. Yana da mafi girman inganci na yanzu (har zuwa 90% ko fiye) da ƙaramin ƙarami. Yana da alamar gyarawa. Fasahar kere-kere ta warware matsalar wutar lantarki, kuma babban ƙarfin wutar lantarki na sauya wutar lantarki daga dubban amps zuwa dubun-dubatar amps ya shiga matakin aiki na samarwa.
Yana gyara kai tsaye da tace grid ɗin wutar AC ta hanyar tace layin tsangwama na EMI anti-electromagnetic, yana canza wutar lantarki ta DC zuwa madaidaicin murabba'in murabba'i na dubun ko ɗaruruwan kHz ta hanyar mai canzawa, keɓewa kuma yana rage ƙarfin lantarki ta babban mitar. transformer, sa'an nan ta hanyar high Frequency tace fitarwa DC ƙarfin lantarki. Bayan yin samfuri, kwatantawa, haɓakawa da sarrafawa, da'irar tuƙi, ana sarrafa rabon aikin bututun wutar lantarki a cikin mai canzawa don samun ingantaccen ƙarfin fitarwa (ko fitarwa na yanzu).
Bututun daidaitawa na babban madaidaicin gyare-gyaren gyare-gyare yana aiki a cikin yanayin sauyawa, asarar wutar lantarki kaɗan ne, ingantaccen aiki zai iya kaiwa 75% zuwa 90%, ƙarar ƙarami ne, nauyi yana da haske, kuma daidaito da daidaituwar ripple sun fi kyau. fiye da mai gyara silicon, wanda zai iya kasancewa a cikin cikakken kewayon fitarwa. Cimma madaidaicin da ake buƙata ta samarwa. Yana da ikon kare kansa kuma yana iya farawa da tsayawa ba bisa ka'ida ba. Ana iya haɗa ta cikin sauƙi tare da kwamfuta, wanda ke kawo babban dacewa ga samarwa ta atomatik kuma ana amfani dashi sosai a masana'antar plating na PCB.
Siffofin
Yin amfani da aikin sarrafa lokaci, saitin yana da sauƙi kuma mai dacewa, kuma lokacin aiki na tabbataccen polarity mara kyau da mara kyau ana iya saita shi bisa ga ka'idodin aiwatar da plating.
Yana da jihohi masu aiki guda uku na motsi na sake zagayowar atomatik, tabbatacce da korau, da baya, kuma yana iya canza polarity na halin yanzu.
Mafi fifikon gyare-gyaren bugun jini na lokaci-lokaci
1 Reverse bugun jini halin yanzu inganta kauri rarraba na shafi, da kauri daga cikin rufi ne uniform, da kuma matakin yana da kyau.
2 A anode rushe na baya bugun jini sa taro na karfe ions a kan cathode surface tashi da sauri, wanda shi ne conducive da yin amfani da wani babban bugun jini halin yanzu yawa a cikin m cathode sake zagayowar, da kuma high bugun jini halin yanzu yawa sa samuwar gudun na kristal tsakiya da sauri fiye da girman girma na crystal, don haka Rufin yana da yawa kuma mai haske, tare da ƙananan porosity.
3. Reverse bugun jini anode tsiri ƙwarai rage mannewa Organic impurities (ciki har da brightener) a cikin shafi, don haka da shafi yana da high tsarki da kuma karfi juriya ga discoloration, wanda shi ne musamman mashahuri a cikin azurfa cyanide plating.
4. Juya bugun jini halin yanzu oxidizes da hydrogen kunshe a cikin shafi, wanda zai iya kawar da hydrogen embrittlement (kamar da baya bugun jini iya cire co-deposited hydrogen a lokacin electrodeposition na palladium) ko rage ciki danniya.
5. A lokaci-lokaci juyi bugun jini halin yanzu rike da surface na plated part a cikin wani aiki jihar kowane lokaci, sabõda haka, plating Layer da kyau bonding karfi za a iya samu.
6. Juya bugun jini yana taimakawa don rage ainihin kauri na Layer na watsawa da inganta ingantaccen aiki na yanzu na cathode. Sabili da haka, daidaitattun sigogin bugun jini za su ƙara haɓaka ƙimar jigon rufin.
7 A cikin tsarin plating wanda baya ba da izini ko ƙaramin adadin abubuwan ƙari, ƙwanƙwasa bugun bugun jini biyu na iya samun sutura mai laushi, santsi da santsi.
A sakamakon haka, da shafi ta yi Manuniya kamar zafin jiki juriya, sa juriya, waldi, taurin, lalata juriya, conductivity, juriya ga discoloration, da santsi sun karu da yawa, kuma yana iya ajiye rare da daraja karafa (kimanin 20% -50). %) kuma adana abubuwan ƙari (kamar kwalaben sinadi mai haske na azurfa kusan 50% -80%)