IUphawuimodyuli entsha ye-SIPLACE TX ukuya kuthi ga kwi-22um@3sigma. It ichanekile ukusebenza ngokuchaneka okuphezulu kunye nokunyukaIsithuba esixinene kakhulu ngu-0201 (mm)amacandelo ngesantya esiphezulu, tyena entsha indibaniselwano ukuchaneka eliphezulu kunyePhezulu-isantya unobudlelwane obalulekileyo kunye feeder.
SIPLACE(TX)inobude obuyi-1m kuphela kwaye inokwamkela ama-80 e-strip feederx8mm kunye ne103,800 CPH ngesantya esiphezulu,leyosisigebenga semveliso esingenakuthelekiswa nanto.
SIPLACE(X)Isondlo esikrelekrele esinetekhnoloji yokuvelisa yaseJamani egqwesileyo kunye nesoftware ephucukileyo iyenza ikhululeke kuhlengahlengiso lobomi.
Akukho carbonuyilo lwebrashi yelayishar kakhulu kwandisa ubomi inkonzo feeder kunyeisilayishi. Ngaphezu koko, inokukhuphela ngokuzenzekelayo inkqubo yokuvelisa kwaye ifanise ngokuzenzekelayo inkqubo yokuseta iiparamitha zokutya.
zonke iintloko ezinyukayo zineteknoloji yokulawula uxinzelelo olucwangcisiweyo.
PCB deformation oluzenzekelayo iteknoloji imbuyekezo, icandelo ukuphakama ukutenxa umsebenzi oluhambelana.
Ukunyuka kwangexesha loxinzelelo lokuzifundela itekhnoloji yempendulo yokuphelisa ngokupheleleyo iindawo eziphaphazelayo kunye nomonakalo ngexesha lokunyuka. Kwinkqubo yesiqhelo yokuvelisa, intloko esebenzayo kufuneka igcine isantya esikhawulezayo kunye nekhono elizinzile lepatch. I-sensor ye-element inamandla okubona ukuphakama, ukwenzela ukuba kuqinisekiswe ukhuseleko lwesiqwenga
