(1) Ana amfani da maganadisu na dindindin na dindindin don samar da filin maganadisu, kuma ana amfani da magnetron da ya dace don aiki a yanayin aiki tare da ƙarfin fitarwa na microwave akai-akai. Don canza ikon microwave na bututu mai saurin shigarwa, babban mai rarraba wutar lantarki yana buƙatar ƙarawa a cikin injin injin microwave, tare da farashi mai girma;
(2) Electromagnet yana samar da filin maganadisu. Wutar lantarki na iya canza ƙarfin filin maganadisu da aka bayar ta hanyar canza shigar da halin yanzu na electromagnet bisa ga buƙatun tsarin haɓakawa. Mai ba da injin microwave mai sauƙi ne kuma magnetron na iya aiki a wurin da ake buƙata, wanda ke tsawaita lokacin aiki mai ƙarfi sosai. Rage farashin kulawa da masu amfani sosai. A halin yanzu mai zaman kansa ya haɓaka: nau'in (2) - amfani da electromagnet don samar da filin maganadisu, galibi ta hanyar maganadisu na lantarki, kwarangwal, nada, da dai sauransu, bayan ingantattun mashin ɗin, tsananin sarrafa daidaiton aiki, don tabbatar da shigarwar magnetron bayan m iska, isassun zafi, microwave da sauran halaye, don cimma nasarar gano babban makamashi na linzamin kwamfuta na lantarki.
Elctromagnet yana da ƙananan ƙananan, nauyi mai sauƙi, babban abin dogara, kyakkyawan zafi mai zafi, babu hayaniya
Na fasaha index iyaka | |
Voltage V | 0 ~ 200V |
Yanzu A | 0 ~ 1000A |
Filin Magnetic GS | 100 ~ 5500 |
Juriya irin ƙarfin lantarki KV | 3 |
Ajin rufi | H |
Kayan aikin likita, na'ura mai sauri, fasahar kare muhalli da sauran fannoni.