Arduino Vibration Motor

Ama-Arduino Vibration Motors - Izixazululo Zenziwe Ngokwezifiso Nezisezingeni Eliphezulu Zamaphrojekthi Akho

An Injini Yokudlidliza ye-Arduinoiyinjini encane eyenzelwe ngqoAmaphrojekthi e-Arduino, kuvumela impendulo ye-haptic, imisebenzi yesexwayisonomaimiphumela enamandlaNgokulawula ugesi, ikhiqiza ukudlidliza futhi isetshenziswa kabanzi kumarobhothi, amakhithi e-DIY kagesi, amadivayisi okufundisa, kanye nezinhlelo zokuphendula zezinzwa.usayizi omncane, ukusetshenziswa kwamandla okuphansi, futhiukuhlanganiswa okulula, kuyisinqumo esifanele abenzi nonjiniyela.

Njengomkhiqizi ochwepheshe we-Arduino Vibration Motors,Umholiiletha iminyaka yobuchwepheshe embonini kanye nobuchwepheshe obuthuthukisiwe ukuletha imikhiqizo emihle kakhulu. Izimoto zethu zenziwe ngeizinto ezisezingeni eliphezulu, enikeza umsindo ophansi, isikhathi eside sokuphila, futhiukuzinza okuphezuluukuze ivumelane nezinhlelo zokusebenza ezahlukahlukene. I-Leader iphinde inikeze izinsizakalo eziphelele zokwenza ngokwezifiso, okuhlanganisausayizi, amandla, futhiimvamisa yokudlidliza, ukuhlangabezana nezidingo zamakhasimende ezihlukile. Ngezindawo zokukhiqiza zesimanje kanye nokulawulwa kwekhwalithi okuqinile, siqinisekisa ukulethwa ngesikhathi kwama-oda amaningi.

Khetha uMholi ngekhwalithi ephezulu kanye nokuthembeka okungenakuqhathaniswa!

Imininingwane Yobuchwepheshe Bemoto Yokudlidliza ye-Arduino

I-Voltage Elinganisiwe:1.2 – 3.7VDC (okuvamile okungu-3V)

Isilinganiso samanje:80mA @ 3V

https://www.leader-w.com/8mm-coin-vibration-motor-3v.html

I-LCM-0820

https://www.leader-w.com/12mm-small-electric-vibrator-motor.html

I-LCM-1234

https://www.leader-w.com/mini-brushless-dc-motor-3v-dc-motor.html

I-LBM0825

https://www.leader-w.com/coreless-motor-lead-wire-type.html

I-LCM0408

Awukakutholi okufunayo? Xhumana nabeluleki bethu ukuthola eminye imikhiqizo etholakalayo.

Ukulawulwa Kwamandla Enjini Yokudlidliza ye-Arduino

SingasebenzisaI-PWM ye-Arduinookukhiphayo ukulawula ukuqina kokudlidliza kwenjini yokudlidliza. Ngokusebenzisa umjikelezo womsebenzi oguquguqukayoIsignali ye-PWMkusukela ku-Arduino kuhlanganiswe ne-Umshayeli wokukhipha we-transistor ye-BJT, singafinyelela ukuqina kokudlidliza okulungisekayo kunjini.

Uma usebenzisa isignali ye-PWM ukulawula ukuqina kokudlidliza, kunconywa ukuxhuma i-Fly-Back Diode ngokuhambisana ne-vibration motor. Le diode izovikela i-transistor yomshayeli ophumayo kuma-spikes akhiqizwa yi-motor.

Umdwebo Wesekethe Yemoto Yokudlidliza ye-Arduino

I-Arduino iyipulatifomu yokuthuthukisa elula ukuyisebenzisa engabizi futhi esekelwa umphakathi omkhulu nosebenzayo. Ukuthandwa kwayo kungabangelwa ubulula bayo - i-microcontroller ihlanganiswe ngqo ebhodini futhi zonke izingxenye ezidingekayo zokuhlela sezifakiwe kakade. Okudingeka ukwenze nje ukuxhuma i-USB kwikhompyutha yakho bese ulanda isofthiwe.

Kunezinhlobo eziningi ze-Arduinos zezinhlelo zokusebenza ezahlukene. Ethandwa kakhulu yi-Arduino UNO R3. Kodwa-ke, kunomkhawulo owodwa obalulekile okufanele uwuqaphele lapho usebenzisa i-microcontroller ukushayela imoto: iningi lama-motor okudlidliza e-DC adinga i-starting current kanye ne-operating current edlula amandla e-output current yama-microcontroller pins. Lokho kusho ukuthi sidinga ingxenye ephakathi phakathi kwe-microcontroller nemoto. Sisebenzisa igama elithi "component" kabanzi ngoba kunezinketho eziningi ezitholakalayo, kufaka phakathi abashayeli abazinikele noma ama-haptic feedback chips. Ukuze sigcine lo mhlahlandlela ulula futhi kulula ukuwuqonda, sizogxila ekusetshenzisweni kwama-transistors.

Kunezinto eziyisisekelo ezine ze-motor vibration circuit ye-Arduino:

●Isilawuli esincane

●I-transistor

●Injini yokudlidliza

●Umthombo wamandla

Lona umdwebo wokuxhuma wemoto yokudlidliza i-Arduino control circuit esebenzisa i-transistor njengeswishi yokushayela. Kubalulekile ukuqaphela ukuthi imoto yokudlidliza inikwe amandla yi-transistor ethola amandla e-5V DC ebhodini le-Arduino UNO. Ngaphandle kwalokho, singasebenzisa iphinikhodi yokukhipha engu-3.3V ukusebenzisa imoto yokudlidliza ngendlela ephansi kodwa ephephile.

Indlela Yokushayela Injini Yokudlidliza Nge-Arduino

A injini yokudlidlizaiyithuluzi elincane elikhiqiza ukudlidliza komshini kusetshenziswa injini kagesi enesisindo esingalingani kushafti yokushayela. Isetshenziswa kakhulu ezinhlelweni ezahlukene ukunikeza impendulo ethintekayo ukuze kwenziwe isikhombimsebenzisi sikhange kakhulu kumsebenzisi wokugcina.

Isithombe esingenhla sibonisa isakhiwo sangaphakathi senjini encane yokudlidliza evame ukutholakala kumaselula, esifana nama-motor amancane okudlidliza asetshenziswa kumaphrojekthi ahlukahlukene e-Arduino. Ngezansi isithombe senjini encane yokudlidliza ehlanganiswe ne-PCB, efakwe isekethe yokulawula i-transistor yomshayeli ukuze kube lula ukuxhumana nama-microcontroller ahlukene.

Cishe zonke izinhlelo zokusebenza ezihilela ama-vibration motors zisebenzisa ama-microcontroller. Nakuba ezinye izinhlelo zokusebenza zezimboni zingadinga ukuthi i-vibration motor isebenze njalo (lapho sincoma ukusebenzisa i-imoto yokudlidliza engenamabhulashi), iningi lidinga ukuthi ukudlidliza kwenzeke ngezikhathi ezithile nangesikhathi esithile. Njengoba izindleko zama-chip kanye nosayizi kwehla, sekulula kakhulu ukufinyelela nokuhlanganisa ama-microcontroller kulezi zinhlelo.

Ungayikhetha Kanjani I-Mini Vibration Motor Arduino?

1. Uhlobo lweMoto:

Kunezinhlobo ezahlukene zama-vibration motor. Sincoma i-arduino ye-coin vibration motor.Ama-motor ezinhlamvu zemalizincane futhi zivame ukusetshenziswa kumadivayisi amancane.

2. I-Voltage kanye nesilinganiso samanje:

Qiniseka ukuthi i-voltage kanye nesilinganiso samanje senjini kuyahambisana nebhodi lakho le-Arduino kanye nokunikezwa kwamandla.

3. Amandla Okudlidliza:

Hlola imininingwane yamandla okudlidliza kwenjini, ngokuvamile kuAmandla ka-G noma i-m/s²Khetha injini ehlangabezana nezidingo zamandla okudlidliza zephrojekthi yakho.

4. Usayizi Nesisindo:

Cabanga ngobukhulu obubonakalayo kanye nesisindo senjini, ikakhulukazi uma iphrojekthi yakho inesikhala esincane noma idinga ukungabi namandla.

5. Indlela yokulawula:

Uma uhlela ukulungisa amandla okudlidliza ngokuguquguqukayo, qiniseka ukuthi injini ingalawulwa kalula usebenzisa i-Isignali ye-PWM.

6. Izinketho Zokufaka:

Hlola ukuthi injini izofakwa kanjani kuphrojekthi yakho. Amanye ama-motor anezimbobo zokufaka noma i-adhesive backing ukuze kube lula ukuwafaka.

7. Izindleko kanye nokutholakala kwazo:

Okokugcina, cabanga ngesabelomali sakho kanye nezinjini ezitholakala kumhlinzeki wakho. Funa uhlobo oluthembekile ukuqinisekisa ikhwalithi nokuthembeka.

Ungayenza Kanjani Ngokwezifiso I-Arduino Vibration Motor?

1. Khetha injini efanele:

Khetha injini yokudlidliza ehlangabezana nezimfuneko zephrojekthi yakho ngokwemigomousayizi, i-voltage, kanye nokuqina kokudlidliza.

2. Indlela Yokulawula:

SebenzisaI-PWM (Ukuguqulwa Kobubanzi Be-Pulse)ukulawula amandla okudlidliza kwenjini. Lokhu kukuvumela ukuthi ulungise umjikelezo womsebenzi ukuze ushintshe amandla okudlidliza.

3. Umklamo Wesekethe:

Dala isekethe ehlanganisa i-Arduino, i-transistor (noma umshayeli wemoto), kanye ne-flyback diode ukuvimbela ukukhuphuka kwamandla kagesi. Xhuma i-motor ku-transistor, ezolawulwa yisiginali ye-PWM evela ku-Arduino.

4. Ukuhlela:

Bhala uhlelo ku-IDE ye-Arduino ukulawula injini. Sebenzisa umsebenzi we-`analogWrite()` ukuthumela isignali ye-PWM ku-transistor bese ulungisa umjikelezo womsebenzi ukuze ushintshe ubukhali bokudlidliza.

5. Indlela yokuphendula:

Uma kudingeka, izinzwa (ezifana nama-accelerometer) zingafakwa ukuze zinikeze impendulo ngamazinga okudlidliza, okuvumela ukulungiswa okuguquguqukayo okusekelwe kudatha yesikhathi sangempela.

6. Ukwenza Ngokwezifiso Okungokoqobo:

Zama amasu ahlukene okufaka noma izindawo zokufaka ukuze uthuthukise ukusebenza kahle kwenjini futhi wenze ngokwezifiso umuzwa wokudlidliza uvumelane nezidingo zakho.

7. Hlola futhi ubuyekeze:

Hlola ukusetha kwakho bese ulungisa ikhodi, isekethe, noma ukucushwa ngokomzimba njengoba kudingeka ukuze ufeze ukusebenza okufiselekayo.

Kungani Sikhethe Njengomhlinzeki Wakho Wezimoto ze-Arduino?

Njengo-Umhlinzeki wemoto ye-Arduino, Injini YENGQONDIiyifektri ethembekile yemoto yokudlidliza ene-arduino. Imikhiqizo yethu inezinzuzo eziningana eziyinhloko:

1. Izinketho Zokwenza Ngokwezifiso:

Siyaqonda ukuthi izinhlelo zokusebenza ezahlukene zinezidingo ezihlukile. Ngakho-ke, sinikeza izinketho ezahlukene zokwenza ngokwezifiso zama-vibration motors ethu. Amakhasimende angacacisa amapharamitha anjengeusayizi, i-voltage, ukuqina kokudlidliza, kanye nokulungiselelwa kokukhwezaukuqinisekisa ukuthi injini ifanelana kahle nezidingo zayo ezithile. Lokhu kuguquguquka kuvumela izixazululo ezenziwe ngokwezifiso ezithuthukisa ukusebenza kwephrojekthi yakho.

2. Ukuqina:

Ama-motor ethu okudlidliza aklanyelwe ukusebenza isikhathi eside. Enziwe ngeizinto zokwakha ezisezingeni eliphezulu kanye nobunjiniyela obuqinileukumelana nokusetshenziswa isikhathi eside ezindaweni ezahlukahlukene. Lokhu kuqina kuzenza zilungele izinhlelo zokusebenza ezidinga ukusebenza okuthembekile isikhathi eside, okunciphisa isidingo sokufakwa kabusha nokugcinwa njalo.

3. Umsindo Ophansi:

Okwabaholiama-motor okudlidliza amancanesebenzisaumsindo omncane kakhulu, okwenza zilungele ukusetshenziswa okunembile. Lesi sici siwusizo ikakhulukazi ezindaweni ezifana namadivayisi ezokwelapha, ama-electronics abathengi, kanye nezinye izinhlelo zokusebenza ezibucayi ezidinga ukusebenza buthule.

4. Ukuhlolwa Kwesampula:

Ukuqinisekisa ukuhambisana nokusebenza,sinikeza ukuhlolwa kwesampula kwama-vibration motors ethuAmakhasimende angacela amasampula ukuze ahlole ukuthi injini izohlangana kahle kangakanani nohlelo lwawo ngaphambi kokwenza ukuzibophezela okukhulu. Lesi sigaba sokuhlola sisiza ukuqinisekisa ukuthi imikhiqizo yethu iyahlangabezana nezidingo ezithile zesicelo sakho, okukunikeza ukuthula kwengqondo lapho uthenga.