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Commutator photoelectricus laser reflexionis diffusae BX-G2000\BX-S2000\BX-H4000

Suppressio fundi: Sensorium laser diffusum remotum (suppressio fundi, interruttor normalis on/off, manubrium adaptabile pro distantia detectionis)

Principium operationis photoelectrici reflexionis diffusae imprimis in proprietatibus reflexionis et dispersionis lucis nititur. Duabus partibus principalibus constat: emittente et receptore. Emittor fasciculum lucis infrarubrae emittit, quae, postquam superficiem obiecti detecti percutit, reflectitur. Receptor fasciculum lucis reflexam capit, deinde signum lucis per photodetectorem internum in signum electricum convertit. Sub condicionibus normalibus, cum nullum obiectum lucem obstruit, receptor signum lucis ab emittente emissum accipit, et commutator photoelectricus reflexionis diffusae in statu conductivo est, signum altum gradum emittens. Cum obiectum lucem obstruit, receptor satis signi lucis accipere non potest, et commutator photoelectricus reflexionis diffusae in statu non conductivo erit, signum humile gradum emittens. Hoc principium operationis commutatorem photoelectricum reflexionis diffusae late in systematibus moderationis automationis industrialis adhiberi facit.

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    Quaestiones Frequentes

    1. Quomodo sensorium commutatoris photoelectrici operatur?
    Commutator photoelectricus constat ex transmissore, receptore et circuito detectionis. Transmissor ad scopum dirigit et fasciculum emittit, qui plerumque a fonte lucis semiconductore, dioda emittente lucem (LED), dioda laser et dioda emittente infrarubra venit. Fasciculus sine interruptione emittitur, vel latitudo impulsus variat. Intensitas radiationis fasciculi impulsu modulati multis vicibus in emissione eligitur nec indirecte ad scopum currit. Receptor constat ex photodiodo vel phototriodo et photocellula.

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