Béda révisi "Transduser"

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'''Transduser''' nyaéta hiji devaiskomponén [[éléktrik]], [[éléktronik]], [[éléktro-mékanik]], [[éléktromagnetik]], [[fotonik]], atawa [[fotovoltaik]] nu bisa ngarubah wangun [[énérjiénérgi]] kana wangun énérjiénérgi séjénna. Ku sipatna ieu, transduser dipaké pikeun mindahkeun informasi atawa ngukur, contocontona [[sénsor tekanandorong]]. Dina widang séjén, transduser disebut ogé salaku devaiskomponén nu bisa ngonversi sinyal tina hiji bentuk ka bentuk séjén, contona [[spiker]] [[audio]] anu ngarubah variasi tegangan listrik jadi sora (énerjiénergi akustik).
 
==Rupa-rupa transduser==
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==Types of transducers==
This list is confined to the narrower definition of the term.
 
*Éléktromagnet:
*Electromagnetic:
**[[Anténeu]] - ngarubah [[gelombang]] éléktromagnet jadi arus listrik atawa sabalikna.
**[[Antenna (radio)|Antenna]] - converts electromagnetic waves into electric current and vice versa.
**[[CathodeTabung ray tubekatoda]] (CRT) - convertsngarubah electricalsinyal signalslistrik intojadi visualgambar form(cahya)
**[[FluorescentLampu lampfluoresen]], [[light bulbbohlam]] - converts electricalngarubah powerdaya intolistrik visiblejadi lightcahya
<!--**[[Magnetic cartridge]] - converts motion into electrical form-->
**[[Résistor cahya]] (LDR) - ngarubah parobahan inténsitas cahya jadi parobahan tahanan
**[[Photocell]] or [[light-dependent resistor]] (LDR) - converts changes in light levels into resistance changes
**[[Sél surya]], ngarubah cahya nu nyebrot jadi tegangan listrik
**[[Tape head]] - converts changing magnetic fields into electrical form
<!--**[[HallTape effect sensorhead]] - converts achanging magnetic field levelfields into electrical form-->
**[[Sénsor éfék Hall]] - ngarubah inténsitas médan magnét kana sinyal listrik
*Electrochemical:
*Éléktrokimia:
**[[pH meter|pH probe]]
**[[Electro-galvanicMéteran fuel cellpH]]
**[[Fuel cell|Sél bakar]]
*Electromechanical (electromechanical output devices are generically called [[actuator]]s):
*Éléktromékanik (dina [[sistem kadali]] disebut ogé [[aktuator]]):
**[[Electroactive polymers]]
**[[GalvanometerPolimér éléktroaktif]]
**[[Galvanométer]]
**[[MEMS]]
**[[Motor listrik]]
**[[Electric motor|Rotary motor]], [[linear motor]]
<!--**[[Vibration powered generator]]-->
**[[Poténsiométer]]
**[[Potentiometer]] when used for measuring position
<!--**[[Load cell]] converts force to mV/V electrical signal using [[strain gauge]]s-->
**[[AccelerometerAkselérométer]]
<!--**[[Strain gauge]] -->
<!--**[[String Potentiometer]]-->
<!--**[[Air flow sensor]] -->
*Elektroakustik:
*Electroacoustic:
**[[GeophoneGéofon]] - converts ground movement (displacement) into voltage
**[[PhonographFonograf|Gramophone pick-up]]
**[[HydrophoneHidrofon]] - converts changes in water pressure into an electrical form
**[[LoudspeakerLautspiker]], [[earphoneirfon]] - converts changes in electrical signals into acoustic form
**[[MicrophoneMikrofon]] - converts changes in air pressure into an electrical signal
**[[PiezoelectricityPiezoelektrik|PiezoelectricKristal crystalpiezoelektrik]] - converts pressure changes into electrical form
<!--**[[Tactile transducer]]-->
*[[Éfék fotolistrik]]:
*[[Photoelectric effect|Photoelectric]]:
**[[LaserDioda diodelaser]], [[light-emitting diodeLED]] - convert electrical power into forms of light
**[[PhotodiodeFotodioda]], [[photoresistorFotorésistor]], [[phototransistorFototransistor]], [[photomultiplier]] tube - converts changing light levels into electrical form
*Elektrostatik:
*Electrostatic:
**[[ElectrometerElektrométer]]
*Térmoelektrik:
*Thermoelectric:
**[[Resistance temperature detector|RTD]] Resistance Temperature Detector
**[[ThermocoupleTérmokopel]]
<!--**[[Peltier cooler]]-->
**[[ThermistorTérmistor]] (includes PTC resistor and NTC resistor)
*Radioakoustik:
*Radioacoustic:
**[[Tabung Geiger-Müller tube]] used for measuring radioactivity.
<!--**[[Receiver (radio)]]-->
 
{{tarjamahkeun|Inggris}}
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==Info-acoustic transducers==
Info-acoustic transducers are transducers which convert information to sound, or sound to information. Typically, but not necessarily, the information is represented as an electrical signal.
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