Umboniso we-ODCC ugqitywe ngempumelelo
Ingqungquthela yeZiko leDatha eliVulekileyo le-ODCC ka-2025 yagqitywa eBeijing nge-11 kaSeptemba. I-YMIN Electronics, ishishini lesizwe eliphambili lobuchwepheshe eligxile kuphando nophuhliso kunye nokuveliswa kwee-capacitors ezisebenzayo, ibonise izisombululo zayo ezibanzi ze-capacitor zamaziko edatha e-AI kwi-booth C10. Lo mboniso weentsuku ezintathu utsale inani elikhulu leendwendwe ezingoochwephesha, kwaye indlela yawo yokuvelisa izinto ezintsha ezizimeleyo kunye nokutshintshwa kwezinto kwihlabathi liphela okuphezulu itsale ingqalelo yeenkampani ezininzi.
Iingxoxo zangaphakathi zigxile kwiimfuno ezisebenzayo, kwaye indlela yayo yokusebenza ngeendlela ezimbini yaqatshelwa.
Kuyo yonke imiboniso, i-YMIN Electronics booth igcine umoya omhle wokutshintshiselana ngobuchwepheshe. Sibambe iingxoxo ezininzi ezisebenzayo nabameli bobuchwephesha abavela kwiinkampani ezifana neHuawei, i-Inspur, i-Great Wall, kunye ne-Megmeet malunga nemiqobo kunye neemfuno zezicelo ze-capacitor kwiimeko zeziko ledatha le-AI, sigxile kwezi ndawo zilandelayo:
Iimveliso ezizimeleyo: Umzekelo, uthotho lwee-IDC3 zee-capacitors ze-liquid horn, ezenzelwe ngokukodwa izixhobo zamandla eseva enamandla aphezulu, zibonisa amandla e-YMIN oR&D azimeleyo ekuqhubeni uyilo kwiindawo ezithile ngokumelana kwawo nombane ophezulu, uxinano oluphezulu lwe-capacitance, kunye nobomi obude.
Ukutshintshwa kwemigangatho yamazwe ngamazwe ephezulu: Oku kuquka iimveliso ezilinganiswe ne-SLF/SLM lithium-ion supercapacitors yaseJapan iMusashi (yeenkqubo zokugcina i-BBU), kunye nee-capacitors ze-solid-state ezininzi ze-Panasonic ze-MPD series kunye nee-capacitors ze-solid-state ze-NPC/VPC series, ezigubungela uluhlu olubanzi lwezicelo kubandakanya iibhodi zomama, izixhobo zamandla, kunye nokhuseleko lokugcina.
Iimodeli zentsebenziswano eziguquguqukayo: I-YMIN inika abathengi zombini iindlela zokutshintsha ezihambelana ne-pin-to-pin kunye ne-R&D eyenzelwe wena, nto leyo ebanceda ngokwenene ukuphucula ukusebenza kakuhle kwekhonkco lokubonelela kunye nokusebenza kwemveliso.
Umgca opheleleyo wemveliso ugubungela iimeko eziphambili zeziko ledatha ye-AI.
I-YMIN Electronics isebenzisa imodeli yophuhliso olunemizila emibini edibanisa i-R&D ezimeleyo kunye nokulinganisa okuphezulu kwamazwe ngamazwe ukubonelela ngezisombululo ezibanzi ze-capacitor kwiimeko ezine eziphambili zeziko ledatha le-AI, ezigubungela lonke uthotho lweemfuno ukusuka ekuguqulweni kwamandla, ukuqinisekiswa kwamandla ekhompyutha, ukuya kukhuseleko lwedatha.
Ubonelelo lwaMandla eSeva: Ukuguqulwa okuSebenzayo kunye neNkxaso eZinzileyo
① Kwizakhiwo zombane zeseva yeGaN ezisekelwe kwi-high-frequency, i-YMIN iqalise uthotho lwe-IDC3 lwee-capacitors ze-liquid horn (450-500V/820-2200μF). Nangona ziphucula kakhulu i-input voltage kunye nokumelana nokutshayiswa, uyilo lwazo oluncinci, olunobubanzi obungaphantsi kwe-30mm, luqinisekisa indawo eyaneleyo kwiirakhi zeseva kwaye lubonelela ngokuguquguquka okukhulu kwiindlela zokubonelela ngombane ezinamandla aphezulu.
② Uthotho lwe-VHT lwee-polymer hybrid aluminium electrolytic capacitors lusetyenziselwa ukucoca imveliso, nto leyo enciphisa kakhulu i-ESR kwaye iphucula ukusebenza kakuhle kwenkqubo iyonke kunye noxinano lwamandla.
③Ii-capacitor ze-electrolytic ze-aluminium ezingamanzi ze-LKL (35-100V/0.47-8200μF) zibonelela ngoluhlu olubanzi lwe-voltage kunye ne-capacitance ephezulu, ezilungelelaniswa noyilo lombane lwamanqanaba ombane ahlukeneyo.
Ii-capacitor ze-ceramic chip ze-④Q series multilayer (630-1000V/1-10nF) zibonelela ngeempawu ezibalaseleyo ze-high-frequency kunye nokumelana ne-voltage ephezulu, zithintela ingxolo ye-EMI ngempumelelo, zizenze zibe lolona khetho lufanelekileyo kwii-capacitors ze-resonant.
Umbane we-BBU backup supply: Ukuthembeka okuphezulu kunye nobomi obude kakhulu
Ii-SLF lithium-ion supercapacitors (3.8V/2200–3500F) zinika amaxesha okuphendula e-millisecond kunye nobomi bomjikelo obudlula imijikelo eyi-1 yezigidi. Zincinci ngaphezu kwama-50% kunezisombululo zemveli, zithatha indawo ye-UPS kunye neenkqubo zokugcina iibhetri kwaye ziphucula ukuthembeka kokunikezelwa kwamandla.
Olu luhlu luxhasa uluhlu olubanzi lobushushu bokusebenza (-30°C ukuya ku-+80°C), ubomi benkonzo obudlula iminyaka emi-6, kunye nesantya sokutshaja esiphindwe kahlanu ngokukhawuleza, nto leyo enciphisa ngempumelelo iindleko zizonke zobunini kwaye ibonelela ngoxinano lwamandla aphezulu kunye namandla okugcina azinzileyo kwiindawo zedatha ze-AI.
Iibhodi zeeNgcali zeSeva: Amandla acocekileyo kunye nengxolo ephantsi kakhulu
① Ii-capacitor ze-MPS series multilayer solid ezine-ESR ephantsi njenge-3mΩ, zithintela ingxolo ye-high-frequency kwaye zigcina ukuguquguquka kwe-voltage ye-CPU/GPU kungaphakathi kwe-±2%.
② Ii-TPB series polymer tantalum capacitors ziphucula impendulo yesikhashana, zihlangabezana neemfuno zangoku zoqeqesho lwe-AI kunye nezinye izicelo.
③ Ii-VPW series polymer solid aluminum electrolytic capacitors (2-25V/33-3000μF) zigcina ukusebenza okuzinzileyo nokuba kubushushu obuphezulu ukuya kuthi ga kwi-105°C, zibonelela ngobomi obude obungangeeyure ezingama-2000-15000, nto leyo ezenza zibe lolunye uhlobo olufanelekileyo kuneempawu zaseJapan kwaye ziqinisekisa ukuthembeka okuphezulu kwenkqubo yombane yebhodi yomama.
Ugcino lweSeva: Ukhuseleko lweDatha kunye nokufunda/ukubhala ngesantya esiphezulu
① Ii-capacitor ze-electrolytic ze-aluminium ze-NGY polymer hybrid kunye nee-capacitor ze-electrolytic ze-aluminium ze-LKF liquid zibonelela ngokhuseleko lokulahleka kwamandla kwi-hardware (PLP) oluyi-≥10ms ukuthintela ukulahleka kwedatha.
② Ukuqinisekisa uzinzo lwe-voltage ngexesha lokusebenza kokufunda/ukubhala ngesantya esiphezulu kwi-NVMe SSDs, ii-MPX series multilayer polymer solid aluminum electrolytic capacitors zibonelela ngesisombululo esigqwesileyo. Le capacitor ine-ESR ephantsi kakhulu (yi-4.5mΩ kuphela) kwaye inobomi obufikelela kwiiyure ezingama-3,000, nokuba zikwiindawo ezishushu kakhulu ze-125°C.
Ezi mveliso zenziwe ngobuninzi kwiiprojekthi ezininzi zokwenyani, zihlangabezana neemfuno ezingqongqo zamandla aphezulu, uzinzo oluphezulu, kunye noxinano oluphezulu.
Ingcaciso yeNdlela yoShishino: I-AI iqhuba ukuphuculwa kweTekhnoloji yeCapacitor
Njengoko ukusetyenziswa kwamandla kwiseva ye-AI kuqhubeka nokusasazeka, izixhobo zamandla, iibhodi zomama, kunye neenkqubo zokugcina izinto zibeka iimfuno ezingqongqo kwii-capacitors ezine-frequency ephezulu, i-voltage ephezulu, i-capacitance ephezulu, kunye ne-ESR ephantsi. I-YMIN Electronics iya kuqhubeka nokutyala imali kwi-R&D kwaye iqalise iimveliso ezininzi ze-capacitor eziphezulu ezihlangabezana neemfuno zexesha le-AI, inceda ukuveliswa kwezinto ezikrelekrele zaseTshayina ukufikelela kwinqanaba lehlabathi.
Ukuxhaswa kwezobuchwepheshe kudlulela ngaphaya kwemiboniso, ngenkonzo eqhubekayo kwi-intanethi.
Yonke imiboniso izisa umvuzo; yonke itshintshiselwano izisa ukuthembana. I-YMIN Electronics inamathela kwifilosofi yenkonzo ethi "Nxibelelana ne-YMIN ukuze ufumane izicelo ze-capacitor" kwaye izimisele ukubonelela abathengi ngezisombululo ze-capacitor ezinokuthenjwa, ezisebenzayo, nezikhuphisanayo kwihlabathi liphela. Enkosi kubo bonke abatyelele i-booth C10 kwiingxoxo. I-YMIN Electronics iya kuqhubeka nokugxila ekuveliseni izinto ezintsha ngokuzimeleyo kunye nokutshintshwa kwamanye amazwe, kwaye isebenzisane namaqabane oshishino ukukhuthaza indawo yeziseko zedatha ze-AI ngeemveliso ezisemgangathweni ophezulu kunye neenkonzo zobugcisa.
Ixesha leposi: Septemba-15-2025