I-Sorsor ye-Inlet yoMsebenzi 274-6720 yekati 320D

Inzwa yokuthatha imali ebonakalayo ifumana uxinzelelo olupheleleyo lwethanga kangangesithuba emva kwenkululeko. Ifumana utshintsho loxinzelelo olupheleleyo kwi-Internald ngokwesantya se-injini kwaye ilayishe, emva koko iguqule ivolthi yomqondiso kwaye ithumele kwiCandelo loLawulo lweNjinithi (ECE). I-ECU ilawula inani elisisiseko lokuthambisa ubungakanani be-voltal yomqondiso.

imigaqo yokusebenza

Zininzi iindidi zenzwakazi abaziinzuzo, ezinjenge-quator kunye neCapacitor. Ngenxa yezibonelelo zexesha lokuphendula ngokukhawuleza, ukujongwa okuphezulu, ubungakanani obukhulu kunye nokufakelwa okubonakalayo, i-dissistor isetyenziswa ngokubanzi kwinkqubo yentsholongwane.

Umzobo 1 ubonakalisa unxibelelwano phakathi kweSensor yePiezores kunye nekhompyuter. Umzobo 2 ngumgaqo wokusebenza we-Piezorescience Geare Sonsor, kunye ne-R nge-Fig. 1 Ngaba abaqeqeshi baka-Surein R1, i-R2, i-R3 kunye ne-R4 kwi-Fig. I-2, eye yakha ibhulorho ye-whiston kwaye idityaniswe kwi-selicon diadfragm. I-Silicon Diafragm inokungaphantsi kwesenzo soxinzelelo olupheleleyo kwi-Intefragy Rabragy Raristor Ray. Ndenziwe ngesekethe ehlanganisiweyo kunye nemveliso kwi-ECU.

I-Internald Sensor Sensor (imephu). Idibanisa ukuthathwa kwe-sub kunye netyhubhu ye-vacuum, kunye nomthwalo we-injini eyahlukileyo ye-injini, kwaye emva koko iguqule i-voltage ukusuka kuguqulo lwenzuzo ye-ECU ukulungisa ubungakanani bejeyi ye-piels kunye nexesha lokuhamba kwexesha.

Kwinjini ye-EFI, i-Insor yeThando isetyenziselwa ukufumana ivolumu yomoya, ebizwa ngokuba yi-D-Chwetheza inaliti ye-D I-Innasor yoNxibelelanisa i-Airsor ye-Air