| Izindawo zohlelo lokusebenza | Uhlobo lweCapacitor | Isithombe | Ukukhetha okunconyiwe |
| I-Server Boardboard | I-Multilayer Polymer Solid Aluminium Electrolytic Capacitor |  | Ama-MP,MPD19,MPD28,MPU41 |
| I-Polymer Tantalum Electrolytic Capacitor |  | I-TPB19, TPD19,I-TPD40 | |
| I-Polymer Solid Aluminium electrolytic capacitor |  | I-VPC, i-VPW | |
 | I-NPC |
Ukuqinisekisa ukusebenza okuzinzile kwamaseva ngaphansi kwezimo eziphezulu, amabhodi omama adinga ama-capacitors ane-ESR ephansi, ukuthembeka okuphezulu, ukumelana nokushisa, kanye nempilo ende.
- I-Polymer eqinile ye-aluminium electrolytic ye-electrolytic: Ifaka i-ESR ye-Ultra-Low ESR ye-3Mω, la ma-capacitors asiza ukunciphisa ukulahleka kwamandla ngesikhathi sokuguqulwa kwamandla, ngaleyo ndlela kuthuthukise ukusebenza kwamandla. Ama-capacitors ahlanganisiwe ahlunga ngempumelelo i-ripple nomsindo kusuka ekuhlinzekeni kwamandla, ukuhlinzeka ngomthombo wamandla ahlanzekile futhi ozinzile wamabhodi omama weseva.
- Ama-capacitors we-polymer tantalum: Yaziwa ngokuphendula kwayo okusheshayo okusheshayo, la ma-capacitors alungele ukugcinwa kwamandla nokuhlunga kumasetheli afudumele aphezulu. Basiza ukunciphisa umthelela womsindo ovame kakhulu kumjikelezo, ukuthuthukisa ukunemba kokudluliselwa kwedatha nokuqina.
- I-Polymer Solid Aluminium electrolytic capacitors: Nge-ESR ephansi, la ma-capacitors aphendula ngokushesha ezifunweni zamanje ezivela ezingxenyeni zeseva, aqinisekise ukuphuma okuzinzile ngesikhathi sokushintshashintsha komthwalo. I-ESR ephansi futhi yehlisa ukulahleka kwamandla futhi ithuthukise ukusebenza kahle kwamandla, isekela ukusebenza okuqhubekayo, ukusebenza okuphezulu kwamaseva ezindaweni ezinomthwalo omkhulu.
Ingxenye 02 server application
| Izindawo zohlelo lokusebenza | Uhlobo lweCapacitor | Isithombe | Ukukhetha okunconyiwe |
| Ukuhlinzekwa kwamandla weseva | I-Liquid Snap-in Aluminium Electrolytic Capacitor |  | I-IDC3 |
| Ama-capacitor we-electrolytic alectrolytic alectroltic |  | Vht | |
 | Htule | ||
| I-Polymer Solid Aluminium electrolytic capacitors |  | I-NPC | |
| I-polymer ephetheAma-capacitors we-tantalum electrolytic |  | I-TPD40 | |
| I-Multilayer Polymer Solid Aluminium Electrolytic Capacitor |  | MPD19,MPD28 |
Ukusetshenziswa kwamandla okukhulayo kwezakhi zeseva ezinjenge-processors ne-GPUS zifuna ama-Power Supplies akwazi ukusebenza kwezesikhathi eside, okuyiphutha, okufakiwe okubanzi kwamandla, ukuphathwa ngokweqile kwamanje, nokuthenga ngokweqile ngesikhathi sokushintshashintsha kwe-computational. Ukusetshenziswa kwezinto zokwenziwa kwesizukulwane sesithathu se-semiconductor (i-SIC, Gan) kune-server miniaturization ethuthuke kakhulu futhi kuthuthukiswe kakhulu ukusebenza ukusebenza. NgoJulayi, ama-Navitas akhiphe isixazululo samandla aphezulu we-CRPS185 4.5KW AI Data Center, nge-YMin enikezela ngezixazululo eziphezulu, iCompact Capacitor Solutions. Ukusebenza okuphezulu kwe-CW3 uketshezi kungaba ama-capacitors futhiLKMAma-capacitors we-plug-in u-liquid anconyelwe uhlangothi lokufaka lwamandla okunikezwa kwamandla weseva, kuyilapho ezinzile futhi ezinokwethenjelwaNpxAma-capacitor aqinile aphakanyiswa ohlangothini lokuphuma. I-YMIn isebenzisana nabahlinzeki bezixazululo ezisebenzayo ukushayela intuthuko yesikhungo sedatha.
Ingxenye yesitoreji seseva 03
| Izindawo zohlelo lokusebenza | Uhlobo lweCapacitor | Isithombe | Ukukhetha okunconyiwe |
| Isitoreji Seseva | I-Polymer Tantalum Electrolytic Capacitor |  | I-TPD15, TPD19 |
| I-Multilayer Polymer Solid Aluminium Electrolytic Capacitor |  | I-MPX,MPD19,MPD28 | |
| Ama-capacitor we-electrolytic alectrolytic alectroltic |  | Inqwaba,Htule | |
| UketsheziI-Aluminium electrolytic capacitors |  | LKM,Lkf |
Njengengxenye esemqoka, ama-SSD kufanele abe nesivinini esiphakeme sokufunda / sokubhala, i-latency ephansi, ukugcinwa kwesitoreji esiphakeme, kanye nokwakhiwa okuhlangene, ngenkathi kuqinisekisa ubuqotho bedatha ngesikhathi sokulahleka kwamandla.
- Ama-capacitor we-electrolytic alectrolytic alectroltic: Ngokuqina kwabo okuphezulu kwama-capacitance, la ma-capacitors angaphendula ngokushesha futhi anikeze ngokusebenza kwe-SSD okudingekayo, okuqinisekisa ukusebenza kwe-SSD okudingekayo ngaphansi kwemithwalo ephezulu nokuvimbela ukuncipha kokusebenza noma ukulahleka kwedatha ngenxa yokuhlinzekwa kwemali okunganele.
- I-Multilayer Polymer Solid Aluminium Capacitor: Kufakwe i-ESR ephansi (ukumelana okulinganayo), la ma-capacitors asiza ukunciphisa ukulahleka kwamandla ngesikhathi sokushaja kanye nokukhipha, ngaleyo ndlela kunikeze umphumela oqinile we-voltage.
Ama-capacitor we-electrolytic aclectoric acleclytic aclectrol: Kwaziwa ngobuningi babo be-Ultra-high aphezulu, la ma-capacitors agcina ukushaja okwengeziwe endaweni ekhawulelwe, enikeza ukwesekwa kwamandla okuqinile kwesitoreji seseva. Inhlanganisela yokuxhaswa kwe-DC ezinzile kanye nobunzima obuphezulu be-capacitance ivumela i-SSD ukuthi isheshe iphendule ngokushesha ekufunweni kwamandla asheshayo, iqinisekise ukuhanjiswa kwedatha okuqhubekayo nokugcinwa.
Ingxenye 04 isivikeli seseva
| Izindawo zohlelo lokusebenza | Uhlobo lweCapacitor | Isithombe | Ukukhetha okunconyiwe |
| Ukushintshwa kweseva | I-Multilayer Polymer Solid Aluminium Electrolytic Capacitor | | Ama-MP,MPD19,MPD28 |
| I-Polymer Solid Aluminium electrolytic capacitors | | I-NPC |
Ukuhlinzeka nge-bandwidth ephezulu kanye ne-latency ephansi, ukubhekana nokudluliswa kokudluliswa kwedatha nemisebenzi ye-ai computing, amaseva adinga ukushintshwa ukuze abe nokusebenza okuphezulu, ukuthembeka okuphezulu, ukucushwa okuguqukayo, kanye nokuhlelwa okuhle.
- I-Polymer Solid Aluminium electrolytic capacitors: Ngekhono labo lokubekezelela imijikelezo enkulu ye-ripple, la ma-capacitors angaphatha ukuhlukahluka okukhona njengamanje, ukushintshwa kokusiza kugcina ukuqina lapho ubhekene nokushintsha kwenethiwekhi okushintsha ngokushesha. Ngaphezu kwalokho, la ma-capacitors anokumelana okuqinile kokungatholwa kwamanje, ukuvikela amasekethe ngokuphumelelayo komonakalo phakathi nemithelela emikhulu yamanje. Lokhu kuvimbela ukwehluleka kwesifunda ngenxa yemisakazo ephakeme esheshayo, kuqinisekise ukusebenza okuzinzile kwezibani ngaphansi kwezimo ezinzima.
- I-Polymer eqinile ye-aluminium electrolytic ye-electrolytic: Ifaka i-esr ephansi ye-Ultra-Low (ngezansi 3MMω) kanye nomthamo wamanje we-10a, la ma-capacitors anciphisa ukulahleka kwamandla futhi athuthukise ukusebenza kahle kwamandla okushintshana. Ukubekezelela okuphezulu okuphezulu kuqinisekisa ukuthi ama-capacitors ahlanganisiwe agcina okukhishwe kwamanje lapho inkinobho icubungula inani elikhulu ledatha, iqinisekisa ukuhanjiswa kwethrafikhi okubushelelezi.
Ingxenye yeseva ye-05
| Izindawo zohlelo lokusebenza | Uhlobo lweCapacitor | Isithombe | Ukukhetha okunconyiwe |
| Isango leseva | I-Multilayer Polymer Solid Aluminium Electrolytic Capacitor | | Ama-MP,MPD19,MPD28 |
Njengesikhundla esibucayi sokuhanjiswa kwedatha, amasango weseva avela ekusebenzeni okuphezulu, ukusetshenziswa kwamandla okuphansi, kanye nokuhlanganiswa okuphezulu. Kodwa-ke, amasango akhona asabhekene nezinselelo ekuphathweni kwamandla, amakhono okuhlunga, ukushiyeka kokushisa, kanye nokwakheka kwendawo.
- I-Multilayer Polymer Solid Aluminium Electrolytic Capacitor: I-ESR ye-Ultra-Low (ngezansi 3mω) yalawa ma-capacitors isho ukuthi ukulahleka kwamandla ngamanani aphezulu kuncane, kusiza ukunciphisa ukulahleka kwamandla ngesikhathi senqubo yokuguqulwa kwamandla kanye nokwenza ngcono amandla okuguqulwa kwamandla. Ngaphezu kwalokho, amandla abo okuhlunga anamandla kanye nokuqunjelwa kokushisa okuphansi kwe-Ultra-okuphansi kucindezela ukuguquguquka kwamandla nomsindo we-ripple. Lokhu kuncishiswa kokuphazanyiswa komsindo kuthuthukisa ukunemba kokudluliselwa kwedatha nokuqina lapho kuphathwa ukuxhumana okusheshayo kwedatha.
Ukugcina
Kusuka kumaboards kumandla anika amandla, kusuka ekugcinweni kuya emasangweni, kanye nokushintshwa, ama-capacitors aphansi, nobuningi bawo, ukumelana namazinga aphezulu, sekube ukumelana nemikhuba emikhulu ephezulu, bese kuba ukubekezelelwa okuphezulu okuyisisekelo, ukuqina okuyisisekelo okusekela ukusebenza okusebenzayo nokuzinzile kwamaseva. Banomthelela ngokuphelele ekuqashelweni kwezobuchwepheshe kanye nokuthuthukiswa kokusebenza kwemishini esezingeni eliphakeme yeseva. Khetha ama-capacitor e-YMin ukwakha imvelo yokusebenza eqinile futhi ethembekile yamaseva akho.
Isikhathi sePosi: Nov-11-2024