Mai gyarawa mai tushen IGBT 0~12V 0~800A don amfani da na'urar lantarki ta jan ƙarfe
fasali
Samfuri & Bayanai
| Lambar samfuri | Fitar da walƙiya | Daidaiton nuni na yanzu | Daidaiton nunin volt | Daidaiton CC/CV | Hawan sama da sauka | Harbi fiye da kima |
| GKD12-800CVC | VPP≤0.5% | ≤10mA | ≤10mV | ≤10mA/10mV | 0~99S | No |
Aikace-aikacen Samfura
Foil ɗin jan ƙarfe na lantarki yana nufin kayan jan ƙarfe a matsayin babban kayan albarkatun ƙasa, ta amfani da samar da foil ɗin jan ƙarfe na lantarki. Narke kayan jan ƙarfe ta hanyar maganin jan ƙarfe na sulfate, sannan a cikin kayan aikin lantarki, maganin jan ƙarfe na sulfate ta hanyar sanya wutar lantarki kai tsaye sannan a yi foil ɗin asali, kuma yana ci gaba da yin kauri, warkarwa, juriya ga zafi, da juriya ga tsatsa, hana maganin saman Layer oxidation, kamar lithium electricity copper foil axial-flow compressor. a cikin tsari na babban maganin oxidation na saman, wanda aka yi a ƙarshe bayan yankewa, gwada samfurin da aka gama.
A lokacin electrolysis, cations a cikin electrolyte suna ƙaura zuwa cathode kuma electrons suna raguwa a anode. Anion yana gudu zuwa anode kuma yana rasa electrons don a haɗa su. An haɗa electrodes guda biyu a cikin maganin jan ƙarfe sulfate kuma an yi amfani da wutar lantarki kai tsaye. A wannan lokacin, za a gano cewa jan ƙarfe da hydrogen suna zubewa daga farantin da aka haɗa zuwa cathode na wutar lantarki. Idan anode ne na jan ƙarfe, narkewar jan ƙarfe da hazo na iskar oxygen suna faruwa a lokaci guda.
An shigar da na'urar wutar lantarki mai sauya mita mai sauri ta synchronous rectifier a cikin kabad mai layi ɗaya, kuma an haɗa ta da cathode da anode bas na janareta foil ta hanyar fitar da bas ɗin. Tsaftataccen bayyanar, tsari mai ƙanƙanta. Ingantaccen juyar da wutar lantarki, rage farashin amfani da abokin ciniki. Wutar lantarki tana amfani da yanayin madadin N + 1, wanda zai iya tabbatar da kula da zafi na dukkan injin da kuma tabbatar da ci gaba da samarwa daga abokan ciniki.
tuntuɓe mu
(Hakanan zaka iya shiga ka cike ta atomatik.)
