An Baje Kolin Kayayyakin YMIN a Yankuna Bakwai a PCIM
Za a gudanar da taron baje kolin kayayyakin lantarki da na'urorin lantarki na PCIM Asia, wanda shi ne babban taron baje kolin fasahar lantarki da na'urorin lantarki na Asiya, a Shanghai daga ranar 24 zuwa 26 ga Satumba, 2025. Baya ga baje kolin kayayyakinta, shugaban YMIN na Shanghai Mr. Wang YMIN zai gabatar da jawabi mai muhimmanci.
Bayanin Magana
Lokaci: Satumba 25, 11:40 na safe – 12:00 na rana
Wuri: Cibiyar Nunin Kasa da Kasa ta Shanghai (Hall N4)
Mai jawabi: Mista Wang YMIN, Shugaban Kamfanin Shanghai YMIN Electronics Co., Ltd.
Maudu'i: Amfani da Ƙarfafawa Masu Ƙarfi a Sabbin Maganin Semiconductor na ƙarni na Uku
Ba da damar aiwatar da hanyoyin magance matsalar Semiconductor na ƙarni na uku da kuma samar da sabuwar makoma ga masana'antar
Tare da zurfafa amfani da fasahar semiconductor na ƙarni na uku, waɗanda silicon carbide (SiC) da gallium nitride (GaN) suka wakilta, a cikin masana'antu daban-daban, ana sanya buƙatun aiki mafi girma akan abubuwan da ba su da amfani, musamman capacitors.
Shanghai YMIN ta maye gurbin wani tsari mai matakai biyu da kirkire-kirkire mai zaman kansa da kuma ƙwarewa ta ƙasa da ƙasa, inda ta yi nasarar haɓaka nau'ikan capacitors masu aiki iri-iri waɗanda suka dace da yanayin yanayi mai yawan mita, ƙarfin lantarki mai yawa, da yanayin zafi mai yawa. Waɗannan suna aiki a matsayin "sabbin abokan hulɗa" masu inganci da aminci ga na'urorin wutar lantarki na ƙarni na gaba, suna taimakawa wajen aiwatarwa da amfani da fasahar conductor na ƙarni na uku da gaske.
Gabatarwar za ta mayar da hankali kan raba wasu nazarin shari'o'in capacitor masu inganci, gami da:
Maganin Wutar Lantarki na 12KW - Haɗin gwiwa mai zurfi tare da Navitas Semiconductor:
Ana fuskantar ƙalubalen da tsarin wutar lantarki na uwar garken ke fuskanta wajen rage muhimman abubuwan da ke cikinsa da kuma ƙara ƙarfinsa, YMIN tana amfani da ƙarfin bincikenta da kuma dabarunta na bincike, wanda fasahar zamani ke jagoranta don haifar da sauyi a wasu sassa, don cimma nasarar haɓaka shi.Jerin IDC3(500V 1400μF 30*85/500V 1100μF 30*70). Idan aka yi la'akari da gaba, YMIN za ta ci gaba da bin diddigin yanayin da ake ciki na samun ƙarin ƙarfi a cikin sabar AI, tana mai da hankali kan haɓaka samfuran capacitor tare da yawan ƙarfin capacitance mai yawa da tsawon rai don samar da tallafi na asali ga cibiyoyin bayanai na zamani.
Maganin Wutar Lantarki na Sabis na BBU - Sauya Musashi na Japan:
A ɓangaren uwar garken BBU (ƙarfin ajiya), manyan na'urorin YMIN na SLF sun yi nasarar kawo sauyi ga mafita na gargajiya. Yana alfahari da amsawar wucin gadi ta matakin millisecond da kuma tsawon zagayowar da ta wuce zagaye miliyan 1, wanda hakan ke magance matsalolin amsawar jinkiri, gajeren lokaci, da kuma tsadar kulawa mai yawa da ke da alaƙa da tsarin UPS na gargajiya da batiri. Wannan mafita na iya rage girman tsarin wutar lantarki na madadin da kashi 50%-70%, wanda hakan ke inganta amincin samar da wutar lantarki da amfani da sararin samaniya a cibiyoyin bayanai, wanda hakan ke sa ya zama madadin samfuran ƙasashen duniya kamar Musashi na Japan.
Infineon GaN MOS 480W Lantarki na Rail – Sauya Rubycon:
Domin magance ƙalubalen sauyawar mita mai yawa na GaN da yanayin zafi mai faɗi, YMIN ta ƙaddamar da mafita mai ƙarancin ESR, mai yawan amfani da capacitor wanda aka tsara musamman don Infineon GaN MOS. Wannan samfurin yana da ƙimar raguwar capacitance ƙasa da 10% a -40°C da tsawon rai na awanni 12,000 a 105°C, wanda ke magance matsalolin gazawar zafi mai yawa da ƙarancin zafi na capacitors na gargajiya na Japan. Yana jure wa kwararar ruwa har zuwa 6A, yana rage hauhawar zafin jiki na tsarin sosai, yana inganta inganci gaba ɗaya da 1%-2%, kuma yana rage girma da 60%, yana ba abokan ciniki mafita mai inganci, mai yawan amfani da wutar lantarki ta jirgin ƙasa.
Maganin DC-Link don Sabbin Motocin Makamashi:
Don magance ƙalubalen yawan mita, ƙarfin lantarki mai yawa, zafin jiki mai yawa, da kuma haɗakar na'urorin SiC, YMIN ta ƙaddamar da shiMasu haɗa DC-Linksuna da ƙarancin inductance (ESL <2.5nH) da tsawon rai (sama da awanni 10,000 a 125°C). Ta amfani da fil masu taru da kayan CPP masu zafi sosai, suna ƙara ƙarfin girma da kashi 30%, suna ba da damar ƙarfin tsarin tuƙi na lantarki ya wuce 45kW/L. Wannan mafita yana cimma cikakken inganci fiye da kashi 98.5%, yana rage asarar sauyawa da kashi 20%, kuma yana rage girman tsarin da nauyinsa sama da kashi 30%, yana biyan buƙatun tsawon rayuwar abin hawa na kilomita 300,000 da kuma inganta kewayon tuƙi da kusan kashi 5%, yana tabbatar da aminci da aiki.
Maganin OBC & Cajin Tarin Sabbin Motocin Makamashi:
Domin magance buƙatar ƙarfin lantarki mai yawa, zafin jiki mai yawa, da kuma babban aminci na dandamalin 800V da kuma yawan aiki na GaN/SiC mai yawa, YMIN ta ƙaddamar da capacitors masu ƙarancin ESR da yawan ƙarfin lantarki mai yawa, suna tallafawa fara aiki mai ƙarancin zafi a -40°C da aiki mai ƙarfi a 105°C. Wannan mafita tana taimaka wa abokan ciniki rage girman OBCs da tara caji da sama da 30%, inganta inganci da 1%-2%, rage hauhawar zafin jiki da 15-20°C, da kuma wuce gwajin tsawon sa'o'i 3,000, wanda hakan ke rage yawan gazawa sosai. A halin yanzu ana samarwa da yawa, yana ba da babban tallafi ga abokan ciniki don gina ƙananan samfuran dandamali na 800V, mafi inganci, kuma mafi aminci.
Kammalawa
YMIN Capacitors, tare da matsayinta na kasuwa na "Tuntuɓi YMIN don aikace-aikacen capacitor," ta himmatu wajen samar da mafita mai ƙarfi, inganci, da aminci ga abokan ciniki a duk duniya, wanda ke ba da damar haɓaka fasaha da ci gaban masana'antu a fannoni kamar sabar AI, sabbin motocin makamashi, da ajiyar makamashin photovoltaic.
Ana maraba da abokan aikin masana'antu su ziyarci rumfar YMIN (Hall N5, C56) da kuma dandalin tattaunawa a PCIM Asia 2025 don tattauna kirkire-kirkire da makomar fasahar capacitor a zamanin semiconductor na ƙarni na uku.
Lokacin Saƙo: Satumba-23-2025