Amava okuphuhlisa iimveliso ezenziwe ngokwezifiso ezingaphezu kwama-6,000.
Abasebenzi bethu abanamava ekuthengiseni baza kumamela baze bakucebise nge-socket pogopin (spring pin) engcono kakhulu efanela ubungakanani bakho, imo, iinkcukacha kunye noyilo lwakho.
Kwaye inethiwekhi yethu enkulu yehlabathi inokubonelela ngenkxaso ekufutshane nazo zonke izigaba ezahlukeneyo kwinkqubo yophuhliso lwemveliso.
Isicelo soVavanyo lwePCB
I-Pogo Pin (i-Spring Pin) yokuvavanya iBhodi engenanto kunye/okanye i-PCB
Ungayibona iPogo Pin (Spring Pin) yokuvavanya ibhodi engenanto kunye nePCB apha. Ipitch eqhelekileyo isusela kwi-0.5mm ukuya kwi-3.0mm.
Isicelo soVavanyo lweCPU
I-Pogo Pin (i-Spring Pin) ye-Semiconductor
Ungafumana ii-Spring probes ezisetyenziselwa inkqubo yokuvavanya ukuvelisa i-semiconductor apha. I-Spring probe yi-probe ene-spring ngaphakathi kwaye ikwabizwa ngokuba yi-Double-ended probe kunye ne-Contact probe. Ihlanganiswe kwi-IC socket kwaye iba yindlela ye-elektroniki, edibanisa ngokuthe nkqo i-Semiconductor kunye ne-PCB. Ngobuchule bethu obuhle bokusebenza, sinokubonelela nge-spring probe enokumelana okuncinci kokunxibelelana kunye nobomi obude. Uthotho lwe-“DP” luludwe lwethu oluqhelekileyo lwe-spring probe yokuvavanya i-semiconductor.
Isicelo sovavanyo lwe-DDR
Ingcaciso yeMveliso
Izixhobo zovavanyo lwe-DDR zingasetyenziselwa ukuvavanya nokuhlola amasuntswana e-DDR ukuya kuthi ga kwi-3.2Ghz. I-GCR kunye neprobe yovavanyo ziyafumaneka. I-PCB ekhethekileyo yokuvavanya iyasetyenziswa, kwaye umaleko wegolide we-finger pad yegolide kunye ne-IC iphindwe kahlanu kune-PCB eqhelekileyo, ukuqinisekisa ukuhanjiswa okungcono kunye nokumelana nokuguguleka. Isakhelo sokubeka i-IC yesinyithi esichanekileyo ukuqinisekisa ukuchaneka kokuma kwe-IC. Uyilo lwesakhiwo luyahambelana ne-DDR4. Xa i-DDR3 iphuculwe ukuya kwi-DDR4, kufuneka kutshintshwe i-PC BA kuphela.
Isicelo seSokhethi yoVavanyo lwe-ATE
Ingcaciso yeMveliso
Faka isicelo sokuqinisekiswa kweemveliso ze-semiconductor (i-DDR, i-EMMC, i-EMC CPU, i-NAND). Iphakheji esebenzayo: i-SOR LGA, i-QFR BGA njl. Ipitch esebenzayo: 0.2mm nangaphezulu. Iimfuno ezithile zabathengi, ezinje ngefrikhwensi, umbane, i-impedance, njl. njl., ukubonelela ngesisombululo sovavanyo esifanelekileyo.
