Motor Rotarius Temperatus Motor Motor Method

Cum magna-scale popularia et penetratio novi industria vehicles, qui facti sunt potens engine pro progressionem de automotive industria. Temperatus est High-celeritate motor rotor est key notitia afficiens salutem perficientur motricium, et rotor temperatus deprehendatur semper fuit difficultas in temptationem industria. Accipiens summus celeritas motricium magis quam 10000rpm exemplo, in summus celeritas gyrationis, rotor motricium subiecta ingens centrifuga vis, summus celeritas frictio inter motor rotor superficies multo quam conventional motricium. Affert magna difficultatibus ad calorem dissipationem rotor. Tamen, quod est rotor est summus celeritas rotating pars et subiectum ad internum spatium restrictiones, in current internum motricium consilio scaena in industria plerumque usus indirecte technology, summus celeritate est vel wireless technology, summus celeritate est motricium. Tamen, illic es plures problems, in structuram temperatus mensurae technology apparatu components est complexu, structuram motricium valde mutata, pondus apparatu producit magna centrifuga, afficiens normalis operatio motricium. Sunt industria dolor puncta.

Technical Introduction

The principle of surface acoustic wave temperature measurement technology is that surface acoustic wave components can obtain different reflection frequencies by changing their material properties, and are very sensitive to the physical parameters of the environment, so surface acoustic wave components are increasingly used as sensors, and are suitable for gas, pressure, force, temperature, strain, radiation and other fields. Et temperatus mensurae ratio est typical applicationem superficie chorus fluctus technology in agro temperatus. Technology sensorem habet multa commoda, ut passivam, wireless, altum temperatus resistentia, sustentacionem libero et sic in, et decet a research hotspot in industria.

Processing unitas superficiem acousticus fluctum temperatus mensurae ratio et generare humilis-navitas et summus frequency radar pulsus. Cum Wireless temperatus Probe transit fixum punctum antennae in motu, radar pulsus recipitur. Ferrarent superficiem Reflector pulsus respondet ad fixum antennae et traducitur ad signum processus unitas. Denique mensus temperatus valorem est ratione et traducitur ad vigilantia systematis Magistri computatrum. In temperatus mensuræ ratio potest animadverto continua realis-vicis vigilantia temperatus ad electrica rotor, et structuram est simplex, et currit statum electronic rotor potest efficaciter praedicta et notitia resolvitur.

Working compage of superficiem Acousticus unda temperatus measurement technology

Et superficiem acusticus fluctus temperatus mensuræ ratio consistit ex pluribus partibus: temperatus sensorem, legens antenna, lectorem et superius computer. The temperature sensor has a built-in surface acoustic wave resonator and transmission antenna, which is the sensing front end unit of the system temperature measurement, and is installed in the rotor temperature measurement part (mostly on the magnetic steel surface); Lectio antenna est wireless signum tradendo channel, installed in eodem spatio ut sensorem, et ponere wireless desolatio; Et lectorem est reus accepto et legere signum traducitur ab antenna, completing in analysis, processus et tradenda sensorem signo, et tandem uploading ad superiorem computatrum per communicationis funem.

Sumo

Secundum ad postulatio automobile motor rotor temperatus mensurae in novam industria industria, a rotor temperatus measurement technology fundatur super superficiem acousticus undam provisum est. Difficultas humilis temperatus mensurae in altum celeritatem rotating statum motricium rotor solvitur efficaciter. Ut solvere novum industria industria motricium vel traditional internum combustione engine, compressor rotor afferentem et alia partibus temperatus mensurae necessitates.