PD Charger

Cajin sauri na GaN PD yana samun babban fitarwar wutar lantarki ta hanyar babban ƙarfin lantarki da babban halin yanzu, don gane saurin caji. Wutar wutar lantarkin da yake fitarwa zai iya kaiwa har zuwa 21V, kuma abin da yake fitarwa zai iya kaiwa 5A; sabili da haka, fitarwa tace capacitor zai zabi 25V ƙarfin lantarki, babban iya aiki, low ESR m capacitors. Babban isashen iya aiki zai iya tabbatar da goyon bayan DC, kuma ƙarancin ƙarancin ESR na iya tabbatar da tasirin tacewa. Duk da haka, na al'ada 25V m aluminum electrolytic capacitors suna da irin wannan matsala: ikon jure jure girgiza bai isa ba. Bayanan gwaji da ra'ayoyin kasuwa sun nuna cewa bayan caji akai-akai da fitar da maɓalli (ciki har da amma ba'a iyakance ga yawan cirewa da toshe caji mai sauri ba), na al'ada 25V m aluminum electrolytic capacitors za su fuskanci lalacewar iya aiki, tare da saurin ESR Wannan zai haifar da lalacewar ƙarfin goyan bayan DC na masu ƙarfi, saurin cajin sauri zai ragu sosai, kuma caji mai sauri ba zai ƙara yin caji da sauri ba! Yunƙurin haɓakar ESR zai haifar da babban fitarwa na caji mai sauri, wanda zai kawo sakamako mara kyau da yawa! Tare da caji mai sauri, sau da yawa za ku gamu da katsewar wutar lantarki lokacin da ake toshewa da cirewa, don haka caji mai sauri dole ne ya iya jure caji da caji akai-akai! Dangane da wannan, a nan muna ba da shawarar ingantacciyar wutar lantarki ta aluminum ta YMIN ta haɓaka wanda ke da juriya ga cajin sauyawa da fitarwa akai-akai. Halayen aikinsa sune kamar haka.