imikhiqizo

Iphakethe le-I/O elilodwa noma amaningi afakwe kumojuli ngayinye ukuze kufakwe isignali yenzwa kudijithali, sebenzisa ama-algorithms, futhi uxhumane nesilawuli esihlukile esiqukethe iphrosesa eyinhloko. Amaphekhi e-I/O anebhodi lephrosesa lasendaweni elisebenzisa isistimu yokusebenza yesikhathi sangempela kanye nebhodi lokutholwa kwedatha elihlukile kuhlelo lokusebenza oluthile lwe-I/O. Amaphrosesa endawo asebenzisa ama-algorithms ngesivinini esisheshayo kunesistimu yokulawula iyonke, njengokulawulwa kwama-servo valves okwenziwa ngaphakathi kwemojula ye-servo. Iphrosesa ngayinye ye-I/O inenzwa yendawo yokushisa enembile ukuya ku-±2°C (±3.6 °F). Ukutholwa kwezinga lokushisa elidlulele kukhiqiza i-alamu yokuxilonga futhi ingqondo iyatholakala kusizindalwazi (isikhala sesignali) ukuze kube lula isenzo sokulawula noma imilayezo ye-alamu yenqubo eyingqayizivele. Izinga lokushisa litholakala ngokuqhubekayo kusizindalwazi. Izici zemojula ye-I/O zifaka: • Izimbobo ze-Ethernet ezikabili ezingu-100 MB • 100 MB izimbobo ze-duplex ezigcwele • Ukulungiswa kwe-inthanethi ngephakethe le-I/O ngalinye • Ukumiswa kabusha okuzenzakalelayo • Ukunemba kucaciswe ngaphezu kwezinga lokushisa eligcwele lokusebenza • Inzwa yangaphakathi lokushisa • Ama-LED: - Isimo samandla nokunaka - Isixhumanisi se-Ethernet-ixhunyiwe futhi iyasebenza - I-application-specific • Isekhethi yamandla engu-28 i-softstate inikezela isiqalo samandla esiqinile kulawulwa okuphakelayo kwamandla okungu-28 V dc kuphakethe ngalinye le-I/O. Uhlangothi olunegethivu lwe-28 V dc lusekelwe endaweni ebiyelwe yensimbi yephakethe ye-I/O kanye nesisekelo sayo sokukhweza. Uhlangothi oluhle lunokuvikelwa kwesekethe yesifunda esiqinile eyakhelwe kuphakethe le-I/O elinephoyinti lohambo elingu-2 A. Ukulungisa ku-inthanethi kungenzeka ngokukhipha isixhumi esingu-28 V dc, ukufaka esikhundleni sephekhi ye-I/O, bese ufaka kabusha isixhumi samandla. Amaphekhi e-I/O ahlelwa kabusha ngokuzenzakalelayo uma isici Sokuhlela Ngokuzenzakalelayo sinikwe amandla.