A cikin amfani da wannan sabuwar fasaha, na'urorin polymer capacitors suna taka muhimmiyar rawa. A cikin sabon zamani, YMIN ta himmatu wajen cimma sabbin ci gaba ta hanyar sabbin aikace-aikace kuma tana bincike sosai kan yiwuwar rage yawan na'urorin AC/DC masu amfani da GaN.
An daɗe ana amfani da YMIN a cikin masana'antu da yawa, kamar caji mai sauri (daga baya IQ mai sauri caji, PD2.0, PD3.0, PD3.1), adaftar PC, caji mai sauri na EV, tarin caji mai sauri na OBC/DC, kayan wutar lantarki na uwar garken, da sauransu.
Waɗannan ƙarfin polymer za su iya daidaita kyawawan halaye na GaN, kuma su yi aiki mai kyau a cikin yanayin aikace-aikacen da ake amfani da su don biyan buƙatun abokan ciniki don haɓaka aiki, kuma za mu gabatar da halayensu dalla-dalla a ƙasa.
Ƙaramin girma:GaN yana taimakawa wajen rage girman na'urar AC/DC.
Gabaɗaya, yawancin da'irori suna amfani da ƙarfin DC maimakon ƙarfin AC, kuma masu canza AC/DC suna da mahimmanci don canza wutar lantarki ta kasuwanci zuwa wutar DC. Tare da irin wannan ƙarfin, rage yawan masu canza wutar shine yanayin da ake la'akari da ra'ayinadana sarari da kuma ɗaukar nauyi.
Idan aka kwatanta da kayan gargajiya na Si (silicon), GaN yana da fa'idodiƙananan asarar sauyawa, ingantaccen aiki, saurin ƙaura na lantarki mafi girma, da kuma watsa wutar lantarki.
Wannan yana bawa masu canza AC/DC damar sarrafa ayyukan sauyawa cikin sauƙi, wanda hakan ke haifar dacanza makamashi mai inganci.
Bugu da ƙari, ana iya zaɓar manyan mitoci na canzawa don amfani da ƙananan abubuwan da ba sa aiki. Wannan saboda GaN a mafi girman mitoci na sauyawa, GaN na iya kiyaye ingantaccen aiki iri ɗaya da Si da aka bayar a ƙarancin mitoci na sauyawa.
Samfuran aikace-aikacen masu sauya AC/DC
Ƙarancin ESR:Ana samar da ƙarfin wutar lantarki na Ripple ne koyaushe lokacin da capacitor ya sha ƙarfin wutar lantarki.
Na'urorin fitarwa suna da matuƙar muhimmanci. Na'urorin YMIN polymer na iya taimakawa wajen rage fitar da wutar lantarki da kuma taka muhimmiyar rawa a cikin#tacewada'irori masu sauya wutar lantarki masu ƙarfi.
A aikace, sau da yawa ana buƙatar cewa ƙarfin wutar lantarki na ripple bai wuce ba1%ƙarfin lantarki na aiki na na'urar.
A cikin kewayon 10KHz ~ 800KHz,ESRna capacitor na haɗin YMIN yana da karko kuma yana iya daidaitawa da buƙatun sauyawar mitar GAN mai yawa. Saboda haka, a cikin masu canza AC/DC na tushen GaN, capacitors na polymer sune mafita mafi kyau ta fitarwa.
Tare da ƙaruwar amfani da na'urorin canza AC/DC masu yawan mita, domin biyan buƙatun sabuntawa na abokan ciniki, YMIN, a matsayin ƙwararren mai farautar fasaha, tare da babbar fasaharsa mai ƙarfi/aminci, tana kawo kasuwa ga jerin samfura masu inganci da cikakken tsari (har zuwa 100v).
Zaɓuɓɓuka Masu Sauƙi
Ana iya daidaita YMIN polymer solid aluminum electrolytic capacitors, polymer hybrid capacitors, MLPC, da polymer tantalum capacitor jerin yadda ya kamata tare da sabbin masu canza AC/DC.
Ana amfani da waɗannan na'urorin polymer sosai a cikin fitarwa na 5-20V, fitarwa na 24V ga kayan aiki na masana'antu, da fitarwa na 48V ga nau'ikan kayan aiki na hanyar sadarwa. Domin magance ƙarancin wutar lantarki a cikin 'yan shekarun nan, ya zama dole a sami ingantaccen aiki.
Adadin kayayyakin da ke canzawa zuwa 48V (mota, cibiyar bayanai, USB-PD, da sauransu) yana ƙaruwa, kuma an ƙara faɗaɗa yawan aikace-aikacen GaN da polymer capacitors.
A ƙarshe, zaɓar YMIN Polymer E-CAP don masu canza AC/DC na GaN waɗanda ke ba ku damar yin aiki mai kyau, dorewa, inganta sarari, da kuma samun damar ƙwarewa a masana'antu - duk mahimman abubuwa ne yayin zaɓar mafi kyawun kayan aiki don buƙatun aikace-aikacen ku.
Tare da shekaru da yawa na ƙwarewar masana'antu, YMIN ta kafa kanta a matsayin sanannen suna a fannin kera kayan lantarki. Ƙwarewarsu tare da ci gaba da bincike da haɓaka ayyukanta yana tabbatar da cewa samfuransu koyaushe suna kan gaba a ci gaban fasaha.
Lokacin Saƙo: Janairu-26-2024