K19 cibus pressura sensorem (MMDCCCXCVII) DCXC in Cummins Diesel Engine Accessories

I. Semiconductor varistor type attractio pressura sensorem.

(I) mensuræ principium de semiconductor piezoresistive pressura sensorem in semiconductor piezoresistive pressura sensorem utitur piezoresistive effectus de Semiconductor convertere pressura in correspondentes voltage 8-21 et ejus principium est in figura 8-21.

Semiconductor MODULUS est quaedam sensitiva elementum quorum resistentiam valorem et mutare correspondenter cum sit extraxerunt vel pressed. Tentantur gauges sunt attachiatus ad Silicon diaphragma et coniungitur ad formare trementem pontem. Cum Silicon diaphragma sit deformis, singulis iactabantur METIOR est extraxerunt vel pressed et resistentia mutationes et pontem erit correspondentes voltage output.

(II) structuram de piezoresistive attractio pressura sensorem compositionem de semiconductor piezoresistive attractio pressura sensorem est ostensum est in Figura 8-22. Est Silicon diaphragma in pressura conversionem elementum ex sensorem, et compressio deformatio Silicon diaphragmas erit producendum correspondentes voltage annuit. Hinc Silicon diaphragma vacuum et altero introducitur cum attractio pipe pressura. Cum pressura in attractio pipe mutationes, deformatio de Silicon diaphragma erit mutare proinde intentione signo correspondentes attractio pressura erit generatur. Et maius in verbo pressura, in maius deformatio Silicon diaphragmas et maiorem output pressura sensorem.

Et semiconductor varistor type attractio pipe pressura sensorem habet commoda boni linearity, parva structural mole, princeps accurate et bonum responsum characteres.

I) Frequency Deprehensio Type: Oscillationis frequency de Oscillationis circuitu mutat cum capacitance valorem de pressura sensitivo elementum, et post rectificationem et amplificationem, et pulsus est cum frequency correspondentes ad pressura est output.

II) Voltage Deprehensio Type: De mutatione de capacitance valorem pressura sensitivo elementum est modulatum a carrier unda et AMPLIFICIUS Circuit, Demoded by Detector Circuit Voltage Significant Demoded in Circuit ad Output Voltage Significat Demoded Circuit ad Output Significat, Demoded per circuitum ad output et percolantur per Significat in Circuit ad Output Significat, Demoded per circuitum ad output et percolantur in Significat, et in Output Significat Demoded in Circuit ad Output Significat, Demoded Mutare et Tum percolantur in Significat, et ad Output Significat Demoded Mutare ad Outge.