I-YMIN Capacitors Debut e-PCIM Asia 2025, Ibonisa Izixazululo Ze-Capacitor Ezisebenza Kakhulu Zesizukulwane Sesithathu Semiconductors

Imikhiqizo Eyinhloko ka-YMIN Ezindaweni Eziyisikhombisa Eziboniswa e-PCIM

I-PCIM Asia, i-Asia's Leading Power Electronics and Power Semiconductor Exhibition and Conference, izoba se-Shanghai kusukela mhla zingama-24 kuSepthemba kuya zingama-26, 2025. Ngaphezu kokukhombisa ngemikhiqizo yayo, uMongameli we-YMIN wase-Shanghai uMnu. Wang YMIN uzophinde ethule inkulumo eyisihluthulelo.

Ulwazi Lwenkulumo

Isikhathi: Septhemba 25, 11:40 AM - 12:00 PM
Indawo: I-Shanghai New International Expo Centre (Ihholo N4)

Somlomo: UMnu. Wang YMIN, uMongameli we-Shanghai YMIN Electronics Co., Ltd.

Isihloko: Izinhlelo Ezintsha Zokusebenzisa Ama-Capacitor ku-New Third-Generation Semiconductor Solutions

Ukunika amandla Ukuqaliswa Kwezixazululo Zesizukulwane Sesithathu Semiconductor kanye Nokushayela Ikusasa Elisha Lomkhakha

Ngokusetshenziswa okujulile kobuchwepheshe besizukulwane sesithathu se-semiconductor, obumelwe i-silicon carbide (SiC) ne-gallium nitride (GaN), kuzo zonke izimboni ezihlukahlukene, izidingo zokusebenza eziphezulu zifakwa ezingxenyeni ze-passive, ikakhulukazi ama-capacitor.

I-Shanghai YMIN ithathele indawo imodeli enamathrekhi amabili ngokuqamba okusha okuzimele kanye nobuchwepheshe bomhlaba wonke obusezingeni eliphezulu, ithuthukisa ngempumelelo izinhlobonhlobo zama-capacitor asebenza kahle kakhulu afanele imvamisa ephezulu, i-voltage ephezulu, nezindawo ezishisa kakhulu. Lokhu kusebenza "njengozakwethu abasha" abaphumelelayo nabathembekile kumadivayisi kagesi esizukulwane esilandelayo, okusiza ekusebenziseni ngempela nokusebenzisa ubuchwepheshe bomqhubi wesizukulwane sesithathu.

Isethulo sizogxila ekwabelaneni ngezifundo ze-capacitor ezimbalwa ezisebenza kahle kakhulu, okuhlanganisa:

I-12KW Server Power Solution - Ukusebenzisana Okujulile ne-Navitas Semiconductor:

Ibhekene nezinselelo ezilethwa amasistimu wamandla eseva ekwenzeni izinto ezincane eziyinhloko kanye nokwandisa umthamo wazo, i-YMIN isebenzisa amandla ayo azimele e-R&D, eqhutshwa ubuchwepheshe obusha ukuze kuqhutshekwe noguquko ezigabeni ezithile, ukuthuthukisa ngempumeleloUchungechunge lwe-IDC3(500V 1400μF 30*85/500V 1100μF 30*70). Uma ubheka phambili, i-YMIN izoqhubeka ilandelela eduze ukuthambekela okuya emandleni aphezulu kumaseva e-AI, igxile ekuthuthukiseni imikhiqizo ye-capacitor ene-capacitance density ephakeme nokuphila isikhathi eside ukuze inikeze ukusekela okuyinhloko kwezikhungo zedatha zesizukulwane esilandelayo.

I-Server BBU Backup Power Solution - Ingena esikhundleni sikaMusashi waseJapan:

Emkhakheni weseva ye-BBU (amandla ekhophi yasenqolobaneni), uchungechunge lwe-YMIN's SLF supercapacitors lwe-lithium-ion luguqule ngempumelelo izixazululo zendabuko. Inempendulo yesikhashana yezinga le-millisecond kanye nempilo yomjikelezo edlula imijikelezo eyizigidi ezingu-1, ngokuyisisekelo ixazulula amaphuzu obuhlungu wokuphendula kancane, isikhathi esifushane sokuphila, kanye nezindleko eziphezulu zokulondoloza ezihlobene ne-UPS yendabuko kanye nezinhlelo zebhethri. Lesi sixazululo singanciphisa kakhulu usayizi wamasistimu kagesi ayisipele ngo-50% -70%, sithuthukise kakhulu ukwethembeka kokunikezwa kwamandla kanye nokusetshenziswa kwesikhala ezikhungweni zedatha, sikwenze kube indawo ekahle yemikhiqizo yamazwe ngamazwe njengeMusashi yaseJapan.

I-Infineon GaN MOS 480W Rail Power Supply - Ifaka esikhundleni se-Rubycon:

Ukuze kubhekwane nezinselele zokushintshwa kwe-GaN high-frequency switch kanye namazinga okushisa abanzi okusebenza, i-YMIN yethule i-low-ESR, isixazululo se-high-density capacitor esiklanyelwe ngokukhethekile i-Infineon GaN MOS. Lo mkhiqizo uqhosha ngezinga lokuwohloka kwamandla elingaphansi kuka-10% ku--40°C nempilo yokuphila yamahora angu-12,000 ku-105°C, ukuxazulula ngokuphelele ukwehluleka kwezinga lokushisa eliphezulu nokuphansi kanye nezinkinga eziqhumayo zama-capacitor endabuko ase-Japan. Imelana nama-ripple currents kuze kufike ku-6A, inciphisa kakhulu izinga lokushisa kwesistimu, ithuthukise ukusebenza kahle konke ngo-1% -2%, futhi inciphise usayizi ngo-60%, inikeze amakhasimende isisombululo sokuphakelwa kwamandla wesitimela esinokwethenjelwa kakhulu, esinamandla amakhulu.

Isixazululo se-DC-Link Sezimoto Ezintsha Zamandla:

Ukuze kubhekwane nemvamisa ephezulu, amandla kagesi aphezulu, izinga lokushisa eliphezulu, nezinselele eziphezulu zokuhlanganisa zamadivayisi we-SiC, i-YMIN yethuleI-DC-Link capacitorequkethe i-ultra-low inductance (ESL <2.5nH) nempilo ende (ngaphezu kwamahora angu-10,000 ku-125°C). Kusetshenziswa izikhonkwane ezistakiwe nezinto ezisezingeni eliphezulu ze-CPP, zenyusa umthamo wevolumu ngo-30%, zivumela ukuminyana kwamandla esistimu yokushayela kagesi engaphezu kuka-45kW/L. Lesi sixazululo sifinyelela ukusebenza kahle okuphelele okudlula u-98.5%, sehlisa ukulahleka kokushintsha ngo-20%, futhi sehlisa umthamo wesistimu nesisindo ngaphezu kuka-30%, sihlangabezana nemfuneko yesikhathi semoto engu-300,000km futhi sithuthukisa ibanga lokushayela cishe ngo-5%, okuqinisekisa ukuphepha nokusebenza.

I-OBC & I-Charging Pile Solution Yezimoto Ezintsha Zamandla:

Ukuze kubhekwane ne-voltage ephezulu, izinga lokushisa eliphezulu, nezidingo zokuthembeka okuphezulu kweplathifomu engu-800V kanye nokusebenza kwe-high-frequency ye-GaN/SiC, i-YMIN yethule ama-capacitor ane-ultra-low ESR kanye nomthamo ophezulu we-capacitance, esekela ukuqalisa kwezinga lokushisa eliphansi ku--40°C nokusebenza okuzinzile ku-105°C. Lesi sixazululo sisiza amakhasimende ehlise usayizi wama-OBC nokushaja izinqwaba ngaphezu kuka-30%, sithuthukise ukusebenza kahle ngo-1% -2%, sinciphise izinga lokushisa ngo-15-20°C, futhi siphumelele ukuhlolwa kwempilo yamahora angu-3,000, kunciphisa kakhulu izinga lokuhluleka. Okwamanje ekukhiqizweni ngobuningi, ihlinzeka ngosekelo oluyisisekelo kumakhasimende akhe imikhiqizo yeplathifomu emincane, esebenza kahle kakhulu, nethembekile kakhudlwana ye-800V.

Isiphetho

I-YMIN Capacitors, nokuma kwayo emakethe kokuthi “Xhumana ne-YMIN yezinhlelo zokusebenza ze-capacitor,” izibophezele ekuhlinzekeni izixazululo ze-capacitor ezixinene kakhulu, ezisebenza kahle kakhulu, nezinokwethenjelwa okuphezulu kumakhasimende emhlabeni wonke, ivumela ukuthuthukiswa kwezobuchwepheshe kanye nempumelelo yezimboni ezindaweni ezifana namaseva e-AI, izimoto zamandla amasha, nokugcinwa kwamandla e-photovoltaic.

Ozakwethu bemboni bamukelekile ukuthi bavakashele idokodo le-YMIN (Ihholo N5, i-C56) kanye nenkundla ye-PCIM Asia 2025 ukuze baxoxe ngokusungulwayo kanye nekusasa lobuchwepheshe be-capacitor enkathini yama-semiconductors esizukulwane sesithathu.