Izibonelelo zamandla, ngokuqinisekileyo, ayilona shishini eliphambili leNZXT. Inye kuphela intsapho echaphazelekayo okwangoku - i-E-series, kwaye ineemodeli ezintathu kuphela: ngamandla e-500, 650 kunye ne-850 W. Nangona kunjalo, nangona uluhlu oluncinci, le mizekelo mithathu iyakwazi ukwanelisa iimfuno zabasebenzisi abaninzi beenkqubo ezivelisayo. Nokuba imodeli encinci inokugcinwa okwaneleyo ukunika amandla inkqubo enamandla kakhulu enekhadi levidiyo elilodwa lenqanaba le-GeForce RTX 2070, kwaye iinketho ezinamandla ngakumbi zifanelekile kubathandi abagqithisayo okanye abasebenzisi bePC kunye namakhadi evidiyo angama-2-3.
Amandla ombane aqinisekisiweyo ukuya kwinqanaba le-80 PLUS Gold ukusebenza kakuhle kwamandla kwaye anewaranti yomenzi weminyaka elishumi. Ngokwahlukileyo, kuyafaneleka ukukhankanya ukukwazi ukubeka iliso kwiiparamitha zombane kunye nokusetyenziswa kwamandla, kunye nokulawula i-algorithm yokusebenza kwabalandeli usebenzisa i-NZXT CAM utility.
Uvavanyo lwethu luya kubonisa indlela unikezelo lwamandla oluzalisekisa ngayo uxanduva lwalo oluthe ngqo.
Ukupakishwa, ukuhanjiswa, ukubonakala
Umbane ufika kwibhokisi enkulu ngokufanelekileyo, ehonjiswe ngeetoni ezimhlophe nezimfusa.
Ngasemva kwebhokisi kukho inkcazo ecacileyo yeempawu eziphambili zemodeli ngesiNgesi, kukho itafile eneeparitha zokufaka kunye nemveliso, kwaye idwelisa izixhumi zamandla ombane onawo.
Ekupheleni kwebhokisi kukho i-briefer, kodwa inkcazo yeelwimi ezininzi zeempawu zokunikezelwa kwamandla.
Umda wokuhanjiswa, njengoko ufanele isixhobo esikwisiphelo esiphezulu, ubanzi kakhulu. Ukongeza kwizikrufu zemveli, imiyalelo kunye nentambo yombane, unokufumana iingxowa ezimbini apha - kunikezelo lwamandla ngokwalo (lula kakhulu) kunye neentambo kunye nezincedisi (ezininzi kakhulu, ezenziwe ngelaphu elishinyeneyo kunye ne-zipper).
Inkangeleko yebhloko yeyoqobo: uyilo olungelulo oluqhelekileyo, umtya owenziweyo ecaleni kwendlela. Igama lomenzi kunye nemodeli lime kancinci ngokuchasene nemvelaphi jikelele kuphela njengomthunzi. Konke oku kuncediswa ngendlela engaqhelekanga emile ngayo, nangona ingasebenzi kakuhle ngokwendlela yokuhamba komoya, igrille yefan enesitampu.
Iphaneli yangasemva iqulethe igalelo lentambo yamandla kunye nokutshintsha kwamandla.
Kwiphaneli yangaphambili kukho izixhumi zokudibanisa iintambo zamandla, isitikha sewaranti kunye ne-Mini-USB port, ukudibanisa kwayo kwi-USB 2.0 header kwi-motherboard iqinisekisa ukusebenza kunye ne-NZXT CAM utility.
Kumda ongezantsi wecala kukho isitika esineeparamitha zombane zesixhobo.
Ngokubanzi, ukubonakala kombane kuye kwaphawuleka kwaye kwavela, kwaye kwabo banenkathalo malunga ne-aesthetics yeyunithi yenkqubo, oku kunokongeza.
Iinkcukacha zobugcisa
Iiparamitha zemveliso ziqhelekile kubonelelo lwangoku lwamandla: phantse onke amandla aphumayo anokuhanjiswa ngaphezulu kombane we-12 V, obangela isabelo esikhulu somthwalo weenkqubo zanamhlanje; umthwalo opheleleyo kwi-voltages ye-3,3 kunye ne-5 V ukufikelela kwi-100 W (edlula kakhulu iimfuno zePC yanamhlanje), kunye nomthwalo kumandla okulinda ukuya kuthi ga kwi-3 A.
| Umenzi | NZXT |
| Umzekelo | E850 |
| Iintambo zokuqhagamshela | Imodyuli ngokupheleleyo |
| Amandla omthwalo omkhulu, W | 850 |
| Isiqinisekiso se-80 PLUS | igolide |
| Uguqulelo lwe-ATX | ATX12V 2.4 / EPS12V v2.92 |
| Iiparamitha zombane | 100-240 V, 12-6 A, 50-60 Hz |
| Ukusebenza kakuhle | > 90% |
| PFC | Esebenzayo |
| Ukhuseleko lomthwalo | I-OVP (Ngaphezu koKhuseleko lweVoltage) |
| I-OPP (ngaphezu kokhuseleko lwamandla) | |
| I-SCP (ukhuseleko lwesekethe emfutshane) | |
| OCP (ngaphezu kokhuseleko lwangoku) | |
| I-SIP (uKhuseleko kunye noKhuseleko lwangoku) | |
| I-OTP (Ngaphezu koKhuseleko loBuqondo) | |
| Ubungakanani, mm | I-150 × 86 × 150 |
| Ubunzima, kg | 2,5 (kubandakanywa neentambo) |
| Ixesha eliphakathi phakathi kokusilela (MTBF), h | 100 000 |
| Ixesha lewaranti, iminyaka | 10 |
| Ixabiso eliqikelelweyo | ukusuka kwii-ruble ezingamawaka amathathu |
Ubude bebhloko buyi-150 mm, ubude obuncinane kunomgangatho we-140 mm, kodwa akunakwenzeka ukuba kubangele ukuphazamiseka nangona kufakwe kwiimeko ezingekho kakhulu.
Iwaranti yomenzi yiminyaka eyi-10 - enye yezona zibonakaliso ezilungileyo ezinikezelwa ukunikezelwa kwamandla. Kuphela iSeasonic Prime series inika amandla iwaranti ende, iminyaka eli-12.
Iintambo
Ngokubanzi, iseti ekhoyo yezihlanganisi yanele ngokwaneleyo kumandla ombane wobonelelo lwamandla. Akukho zikhalazo malunga nobude beentambo: i-65 cm yeentambo zombane ezongezelelweyo zeprosesa zanele ukufakwa okufihliweyo kuninzi lwamatyala, kunye neentambo "ze-peripheral" zine-50 cm ukuya kwisixhumi sokuqala.
Iseti yeziqhagamshelo zamandla:
- 1 × 20 + 4 abafowunelwa;
- I-2 × EPS12V (abafowunelwa be-4 + 4) - ukunikezelwa kwamandla e-CPU;
- 6 × 6 + 2 izikhonkwane - unikezelo lwamandla olongezelelweyo amakhadi PCIe;
- 8 × SATA;
- 6 × Molex.
Siyaqaphela kuphela ukuba akuyi kuba nako ukudibanisa zonke iintambo ezibonelelweyo ngexesha elifanayo: kwiintambo ezine ezibandakanyiweyo kunye ne-SATA kunye ne-Molex izixhumi zombane, kukho ezintathu kuphela iziqhagamshelo kumandla ombane. Okunokwenzeka, enye yeentambo ezimbini ezine-4-pin iziqhagamshelo ezingabalulekanga kangako kwihardware yanamhlanje iya kuhlala ingasetyenziswa.
Zonke iingcingo ziyi-18 AWG. Intambo yamandla engundoqo kunye neentambo zamandla ze-CPU kunye ne-PCI-E amakhadi evidiyo ane-nylon braid.
Iintambo ezine-SATA kunye nezixhumi zamandla ze-Molex zenziwe zicaba.
Intambo yokuxhuma kwikhonkco yangaphakathi ye-USB, evumela ukuba uvule imisebenzi yokubeka iliso kunye nokulawula, i-60 cm ubude kwaye ifakwe kwi-PVC braid.
Uyilo, isakhiwo sangaphakathi
Amacandelo angaphakathi apholile yi-1225 mm ye-Hong Hua HA12H120SF-Z fan esekelwe kwi-hydrodynamic bear. Inxalenye yendawo ye-impeller igutyungelwe ngesikrini esicacileyo sokwandisa ukuhamba komoya ngaphakathi kwendlu yombane. Isantya se-fan esilinganiselwe yi-2200 rpm.
Ukujonga kuqala ngaphakathi kukuvumela ukuba uchonge ngokuchanekileyo "umxhasi" wokuzaliswa kombane ovavanyiweyo. Phambi kwamehlo ethu isixhobo esisekelwe kwi-Seasonic FOCUS iqonga leGolide kunye nohlengahlengiso oluthile olunxulumene nokongezwa kwemisebenzi yokubeka iliso nokulawula.
Umahluko omkhulu ukusuka kwiqonga lokuqala kubukho bebhodi yentombi eyongezelelweyo phambi kwebhodi kunye nabaguquleli be-DC-DC - i-chip enkulu ye-UCD3138064A yokulawula eyenziwe yi-Texas Instruments ibonakala ngokucacileyo kuyo, inxalenye yayo i-32-bit ARM7. iprosesa kunye frequency 31,25 MHz. Ifeni yokupholisa idityaniswe nesidibaniso kule bhodi.
Utshintsho malunga ne-Seasonic FOCUS nayo ichaphazele iibhodi ezineemodyuli zoqhagamshelo (ubuncinci ngenxa yokuba bezifuna ukuxhaswa ngesidibanisi se-Mini-USB). Le bhodi inyukile ngobukhulu; i-PIC16F1455 microcontroller yongezwe kuyo ukuqinisekisa ukusebenza kojongano lwe-USB.
Ibhodi iphinde yafumana inani elifanelekileyo le-capacitors egudileyo kwicala leekhonkco zeemodyuli.
Ngaphandle koko, unikezelo lwamandla lwe-NZXT esiluqwalaselayo aluhlukanga kwiqonga loqobo loNyaka.
I-input filter ifaka ii-CY capacitors ezine, ii-CX capacitors ezimbini (isiqingatha sazo zifakwe kwi-input yentambo yamandla) kunye neebini zeemowudi eziqhelekileyo ezixutywayo. Kukho kwakhona i-varistor yokukhusela ngokuchasene nokunyuka kwamandla ombane kwexesha elifutshane.
Zonke iitshiphusi eziphambili zolawulo, ngaphandle kwesilawuli samandla sokulinda, njengakwi-Seasonic FOCUS, zikwicala elisezantsi lebhodi yesekethe eprintiweyo.
I-input capacitor yenziwe yinkampani yaseJapan iHitachi.
Ezinye i-electrolytic capacitors nazo ziyimvelaphi yaseJapan kwaye zenziwe nguNippon Chemi-Con kunye neNichicon.
Ngokubanzi, umgangatho wamacandelo kunye nendibano ayiphakamisi nayiphi na imibuzo.
umthombo: 3dnews.ru
