Ukuqinisekiswa Kokutsiba Kokusebenza Nokuzinza Kweenxalenye Zeseva Eziphambili: Izicelo Eziphambili ze-YMIN Zee-Capacitors Ezisebenza Kakhulu

Iindawo zoSetyenziso	Uhlobo lweCapacitor	Umfanekiso	Ukhetho olucetyiswayo
Ibhodi yoMama yoMncedisi	I-capacitor ye-electrolytic ye-polymer enezingqimba ezininzi		I-MPS，I-MPD19，MPD28,MPU41
	Ii-capacitor ze-polymer tantalum electrolytic eziqhubayo		TPB19,TPD19,I-TPD40
	I-capacitor ye-electrolytic ye-aluminium eqinileyo ye-polymer		I-VPC, i-VPW
			I-NPC

Ukuqinisekisa ukusebenza okuzinzileyo kweeseva phantsi kweemeko zomthwalo ophezulu, iibhodi zomama zifuna ii-capacitors ezine-ESR ephantsi, ukuthembeka okuphezulu, ukumelana nobushushu, kunye nobomi obude.

• Ii-Capacitors ze-Electrolytic ze-Stacked Polymer Solid Aluminium: Zine-ESR ephantsi kakhulu ye-3mΩ, ezi capacitors zinceda ekunciphiseni ukulahleka kwamandla ngexesha lokuguqulwa kwamandla, ngaloo ndlela ziphucula ukusebenza kakuhle kwamandla. Ii-capacitors ezihlanganisiweyo zihluza ngokufanelekileyo i-ripple kunye nengxolo evela kumbane, zibonelela ngomthombo wamandla ococekileyo nozinzileyo kwiibhodi zee-motherboard zeseva.
• Ii-Capacitors zePolymer Tantalum eziqhubayo: Zaziwa ngokuphendula kwazo ngokukhawuleza rhoqo, ezi capacitors zilungele ukugcina amandla kunye nokucoca kwiisekethe ezisebenzisa i-frequency ephezulu. Zinceda ukunciphisa impembelelo yengxolo esebenzisa i-frequency ephezulu kwisekethe, ziphucula ukuchaneka kokudluliselwa kwedatha kunye nozinzo.
• Ii-Capacitors ze-Electrolytic zePolymer Solid Aluminium: Nge-ESR ephantsi, ezi capacitors ziphendula ngokukhawuleza kwiimfuno zangoku ezivela kumacandelo eseva, ziqinisekisa ukuphuma okuzinzileyo ngexesha lokuguquguquka komthwalo. I-ESR ephantsi ikwanciphisa ukulahleka kwamandla kwaye iphucula ukusebenza kakuhle kokuguqulwa kwamandla, ixhasa ukusebenza okuqhubekayo nokusebenza okuphezulu kweeseva kwiindawo ezinomthwalo ophezulu.

ICANDELO 02 Ubonelelo lwaMandla eSeva

Iindawo zoSetyenziso	Uhlobo lweCapacitor	Umfanekiso	Ukhetho olucetyiswayo
Ubonelelo lwaMandla eSeva	I-Aluminium Electrolytic Capacitor yoLwandiso lwe-Liquid Snap-in		IDC3
	Ii-capacitors ze-polymer Hybrid Aluminium Electrolytic		I-VHT
			I-NHT
	Ii-capacitor ze-electrolytic ze-aluminium eqinileyo ye-polymer		I-NPC
	I-polymer eqhubayoii-capacitors ze-electrolytic ze-tantalum		I-TPD40
	Ii-capacitor ze-electrolytic ze-polymer ezinee-multilayer polymer solid aluminium electrolytic		I-MPD19，MPD28

Ukusetyenziswa kwamandla okwandayo kwezixhobo zeseva ezifana neeprosesa kunye neeGPU kufuna izixhobo zamandla ezikwaziyo ukusebenza ixesha elide, ngaphandle kwempazamo, ukufakelwa kwe-voltage ebanzi, ukuphuma kwamandla okuzinzileyo, kunye nokuphathwa kokugqithisa ngexesha lokuguquguquka kwezibalo. Ukusetyenziswa kwezixhobo ze-semiconductor zesizukulwana sesithathu (iSiC, iGaN) kuye kwaphucula kakhulu i-server miniaturization kwaye kwaphucula kakhulu ukusebenza kakuhle. NgoJulayi, iNavitas ikhuphe isisombululo sayo esitsha samandla seseva yedatha yeCRPS185 4.5kW AI, kunye neYMIN ebonelela ngezisombululo ze-capacitor ezikumgangatho ophezulu, eziqinileyo. Ii-capacitor ze-CW3 zolwelo ezisebenza kakuhle kunyeI-LKMIi-capacitor ze-plug-in ezingamanzi ziyacetyiswa kwicala lokufaka umbane kwiseva, ngelixa zizinzile kwaye zithembekileI-NPXIi-capacitors eziqinileyo ziyacetyiswa kwicala lemveliso. I-YMIN isebenzisana nababoneleli bezisombululo zecandelo elisebenzayo ukuqhuba uphuhliso lweziko ledatha.

 

ICANDELO 03 Ugcino lweSeva

Iindawo zoSetyenziso	Uhlobo lweCapacitor	Umfanekiso	Ukhetho olucetyiswayo
Indawo yokugcina iseva	Ii-capacitor ze-polymer tantalum electrolytic eziqhubayo		I-TPD15，TPD19
	Ii-capacitor ze-electrolytic ze-polymer ezinee-multilayer polymer solid aluminium electrolytic		I-MPX，I-MPD19，MPD28
	Ii-capacitor ze-electrolytic ze-aluminium ezixutyiweyo ze-polymer		I-NGY,I-NHT
	Ulweloii-capacitors ze-aluminium electrolytic		I-LKM,I-LKF

Njengenxalenye ephambili, ii-SSD kufuneka zibe nesantya esiphezulu sokufunda/ukubhala, i-latency ephantsi, uxinano oluphezulu lokugcina idatha, kunye noyilo oluncinci, ngelixa ziqinisekisa ukuthembeka kwedatha ngexesha lokulahleka kombane.

- Ii-capacitors ze-polymer Hybrid Aluminium Electrolytic: Ngenxa yokuba zinamandla aphezulu ombane, ezi capacitors zinokuphendula ngokukhawuleza kwaye zibonelele ngombane ofunekayo, ziqinisekisa ukusebenza kakuhle kwe-SSD phantsi kwemithwalo ephezulu kwaye zithintele ukonakala kokusebenza okanye ukulahleka kwedatha ngenxa yokungabikho kombane owaneleyo.

- Ii-Capacitors ze-Electrolytic ze-Multilayer Polymer Solid Aluminium Electrolytic: Zine-ESR ephantsi (Equivalent Series Resistance), ezi capacitors zinceda ekunciphiseni ukulahleka kwamandla ngexesha lokutshaja nokukhupha, ngaloo ndlela zibonelela ngemveliso ye-voltage ezinzileyo ngakumbi.

Ii-Capacitors ze-Conductive Polymer Tantalum Electrolytic: Zaziwa ngobuninzi bazo be-capacitance obuphezulu kakhulu, ezi capacitors zigcina itshaja eninzi kwindawo encinci, zibonelela ngenkxaso yamandla enamandla yokugcina iseva. Ukudibanisa inkxaso ye-DC ezinzileyo kunye nobuninzi be-capacitance obuphezulu kuvumela i-SSD ukuba iphendule ngokukhawuleza kwiimfuno zamandla ezikhawulezileyo, iqinisekisa ukuhanjiswa kwedatha okuqhubekayo kunye nokugcinwa kwayo.

 

ICANDELO 04 Iiswitshi zeSeva

Iindawo zoSetyenziso	Uhlobo lweCapacitor	Umfanekiso	Ukhetho olucetyiswayo
Utshintsho lweSeva	Ii-capacitor ze-electrolytic ze-polymer ezinee-multilayer polymer solid aluminium electrolytic		I-MPS,I-MPD19,MPD28
	Ii-capacitor ze-electrolytic ze-aluminium eqinileyo ye-polymer		I-NPC