Ukucwila Okujulile Kobuchwepheshe | Ama-capacitor e-YMIN alwa nokudlidliza axazulula kanjani izinselele zokudlidliza zezinhlelo zokulawula izimoto ezindizayo eziphakeme kakhulu?

Ukucwila Okujulile Kobuchwepheshe | Ama-capacitor e-YMIN alwa nokudlidliza axazulula kanjani izinselele zokudlidliza zezinhlelo zokulawula izimoto ezindizayo eziphakeme kakhulu?

Isingeniso

Izinhlelo zokulawula ze-elekthronikhi zezimoto ezindizayo eziphakeme kakhulu zivame ukwehluleka ngenxa yokudlidliza okuvama kakhulu ngesikhathi sokundiza, okuholela ekuphenduleni okungavamile kwesistimu yokulawula, ukusebenza kokuhlunga okonakele, ngisho nezingozi zokundiza. Ama-capacitor endabuko awanamandla okumelana nokudlidliza anele (5-10g), okwenza angakwazi ukuhlangabezana nezidingo zokuthembeka ezindaweni ezibucayi.

Isixazululo sika-YMIN

Ngenxa yokwanda kwamadivayisi e-SiC kanye nokwanda kwama-switching frequency, ama-capacitor kumamojula e-OBC kumele amelane nemisinga ephezulu ye-ripple kanye nokucindezeleka kokushisa. Ama-capacitor e-aluminium electrolytic ajwayelekile athambekele ekushiseni ngokweqile futhi aphila isikhathi esifushane. Ukufinyelela amandla aphezulu, amandla aphezulu okumelana, i-ESR ephansi, kanye nokuphila isikhathi eside ephaketheni elihlanganisiwe sekuyinto ebuhlungu kakhulu ekwakhiweni kwe-OBC.

- Ukuhlaziywa Kobuchwepheshe Bembangela Eyinhloko -

Endaweni edlidlizayo, isakhiwo sangaphakathi se-capacitor sivame ukukhathala ngomshini, okuholela ekuvuza kwe-electrolyte, ukuqhekeka kwamalunga e-solder, ukukhukhuleka kwe-capacitance, kanye nokwanda kwe-ESR. Lezi zinkinga zandisa umsindo wokunikezwa kwamandla kanye ne-voltage ripple, okuthinta ukusebenza kahle kwezingxenye ezibalulekile njenge-MCU kanye nezinzwa.

- Izixazululo ze-YMIN kanye Nezinzuzo Zenqubo -

Ama-capacitor e-aluminium e-electrolytic e-YMIN, uhlobo loketshezi, alwa nokudlidliza, athuthukisa ukuthembeka ngokusebenzisa le miklamo elandelayo:

Isakhiwo esiqinile sokulwa nokudlidliza: Isisekelo esiqinisiwe kanye nezinto zangaphakathi ezilungiselelwe kahle zinikeza ukumelana nokushaqeka okungu-10-30g;

Uhlelo lwe-electrolyte oluwuketshezi: Luhlinzeka ngokusebenza kukagesi okuzinzile kanye nokushabalalisa ukushisa;

Ukumelana okuphezulu kwe-ripple kanye nokuvuza okuphansi: Kufanelekela izimo zokunikezwa kwamandla okushintshashintsha okuvama kakhulu, okuthuthukisa ukusebenza kahle kohlelo.

Ukuqinisekiswa Kwedatha Nokukhethwa Kokuthembeka

Ukuhlolwa kubonisa ukuthi ngemva kwamahora angu-500 okusebenza endaweni yokudlidliza engama-30g, izinga lokushintsha kwamandla e-capacitor lingaphansi kuka-5%, futhi i-ESR yayo ihlala izinzile. Ukulibaziseka kokuphendula kwesistimu ngesikhathi sokuhlolwa kokudlidliza kuncishiswe kakhulu, futhi ukunemba kokulawula ukundiza kuyathuthukiswa, ikakhulukazi esimweni sezulu esibi.

Izinga Lokushisa Lokusebenza: -55°C kuya ku-+125°C (Ukwehla kwamandla ngaphansi kuka--10% ku--40°C, okuqinisekisa ukugcinwa kwamandla okuzinzile kanye nokusebenza kokuhlunga).

Isikhathi Sokuphila: Amahora angu-2000

Ukumelana Nokudlidliza: 30G

Ukuvimba: ≤0.25Ω @100kHz

I-Ripple Current: Kufika ku-400mA @100kHz ngaphansi kwezimo zokuhlolwa kwezinga lokushisa eliphezulu elingu-125°C

- Isimo Sokusetshenziswa Namamodeli Anconyiwe -

Isetshenziswa kabanzi ekulawuleni ngogesi kwezimoto ezindizayo eziphakeme kakhulu, izixazululo ze-OBC capacitor, kanye nokuphathwa kwamandla emotweni.

Imodeli Enconyiwe:I-VKL(T) 50V, 220μF, 10*10-20%-+20%, Indlu ye-Aluminium Embozwe Ngoboya, 2K, Ipuleti Lesihlalo Elimelana Nokudlidliza, CG

Le modeli isetshenziswe ezinhlelweni zokusebenza zangempela.

Isiphetho

Ama-Capacitors e-YMIN, ngobuchwepheshe bawo obuqinile kanye nokuqinisekiswa kwedatha okuqinile, ahlinzeka ngokuthembeka okuphezulu kwezinhlelo ze-elekthronikhi zezimoto ezisezingeni eliphezulu. Ngezinselele zokusetshenziswa kwe-capacitor, xhumana ne-YMIN—sizimisele ukusebenza nonjiniyela bethu ukuze sinqobe izindawo ezibucayi.