Arduino Vibration Motor

https:/www.leader-w.com/arduno-vibarration-motor/

I-Arduino Vivitration motors - Izisombululo ezisezingeni eliphakeme namaphrojekthi akho

An Arduino Vibration motoryi-compact motor eyenzelwe ngqoAmaphrojekthi we-Arduino, Inika amandla impendulo ye-haptic, Imisebenzi yokuqwashisa, nomaImiphumela Enamandla. Ngokulawula okwamanje, kukhiqiza ukudlidliza futhi kusetshenziswa kabanzi kumarobhothi, ama-DIY ama-DIY we-elekhthronikhi, amadivayisi wokufundisa, nezinhlelo ze-sensor Repeink. Nalousayizi omncane, ukusetshenziswa kwamandla okuphansi, futhiukuhlanganiswa okulula, kuyisinqumo esihle sabenzi nonjiniyela.

Njengomenzi ochwepheshe we-Arduino Vivitration motors,UmholiIletha iminyaka yobuchwepheshe bezimboni kanye nobuchwepheshe obuthuthukisiwe ukuletha imikhiqizo ehlukile. Ama-motors ethu enziweIzinto ezisezingeni eliphakeme, Ukunikeza umsindo ophansi, isikhathi eside sokuphila, futhiukuqina okuphezuluukuhambisana nezicelo ezahlukahlukene. Umholi futhi uhlinzeka ngezinsizakalo eziphelele zokwenza ngokwezifiso, kufaka phakathiubungako, ubuqhwaga, futhiimvamisa yokudlidliza, Ukuze sihlangabezane nezidingo zamakhasimende ezihlukile. Ngezinsiza zokukhiqiza zombuso kanye nokulawulwa kwekhwalithi okuqinile, siqinisekisa ukulethwa kwezikhathi zama-oda ngobuningi.

Khetha umholi wekhwalithi yeprimiyamu kanye nokwethembeka okungenakuqhathaniswa!

I-Arduino vivration motor technical snoc

I-VOLTAGE ekalwe:1.2 - 3.7VDC (3V ejwayelekile)

Kukalwe manje:I-80A @ 3V

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

LCM-0820

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

Lcm-1234

https:/www.leader-w.com/mini-brusfuless-dc-martc-motor.html

LBM0825

https://www.leader-w.com/coress-motor-wire-wire-typepe.html

Lcm04088888

Noma kunjalo akutholi okufunayo? Xhumana nomeluleki wethu ukuthola eminye imikhiqizo etholakalayo.

I-Arduino Vivitration Motor Amandla Ukulawula

SingasebenzisaArduino Pwmokuphumayo ukulawula amandla okudlidliza kwemoto yokudlidliza. Ngokusebenzisa umjikelezo wokungaguquguqukayoIsiginali ye-PWMkusuka e-Arduino kuhlanganiswe neBJT Transistor Output Driver, singakwazi ukufezekisa amandla okudlidliza emotweni.

Lapho usebenzisa isinali ye-PWM ukulawula amandla okudlidliza, kunconywa ukuxhuma i-diode ye-Fly-back DIODE ngokuhambisana nemoto yokudlidliza. Le Diode izovikela umshayeli we-driver transpor kusuka kuma-spikes angenayo akhiqizwe yimoto.

Umdwebo we-Arduino Vivitration Motor Circuic

I-Arduino iyipulatifomu yokuthuthukisa esebenziseka kalula ebishibhile futhi esekelwa ngumphakathi omkhulu futhi osebenzayo. Ukuthandwa kwaso kungahle kuthi kufakwe lula ukwenziwa lula- i-microcontroller ihlanganiswe ngqo ebhodini nazo zonke izinto ezidingekayo ezidingekayo ukuze izinhlelo zifakiwe. Konke okudingeka ukwenze ukuxhuma i-USB kwikhompyutha yakho bese ulanda isoftware.

Kunezinhlobo eziningi ze-arduinos ngezicelo ezihlukile. Owaziwa kakhulu yi-Arduino UNO R3. Kodwa-ke, kunemikhawulo eyodwa yokhiye ongazi lapho usebenzisa i-microcontroller ukushayela imoto: iningi le-DC Vivilration motors lidinga ukuqala kwamanje nokusebenza kwamanje okudlula amandla okukhishwa kwamanje ze-microcontroller Pins. Lokho kusho ukuthi sidinga ingxenye ephakathi phakathi kwe-microcontroller nemoto. Sisebenzisa igama elithi "Ingxenye" kabanzi ngoba kunezindlela eziningi zokukhetha ezitholakalayo, kufaka phakathi abashayeli abazinikezele noma ama-chip we-Haptic Report. Ukugcina lo mhlahlandlela ulula futhi kulula ukuyiqonda, sizogxila ekusetshenzisweni kwama-transistors.

Kunezinto ezi-4 eziyisisekelo zokudlidliza izimoto ze-arduino:

● I-microcontroller

● Transistor

● Imoto yokudlidliza

● Umthombo wamandla

Lona ngumdwebo we-wiring we-vibration motor arduino control circuicker esebenzisa i-transistor njenge-drive switch. Kubalulekile ukuqaphela ukuthi i-vibration motor inikwa amandla yi-transistor ethola amandla we-5V DC ebhodini le-arduino unno. Ngenye indlela, singasebenzisa i-3.3V yokukhipha i-PIN ukusebenzisa imoto yokudlidliza ngendlela ephansi kodwa ephephile.

Ungayishayela Kanjani I-Vibration motor nge-Arduino

A ukudlidliza motoriyithuluzi elihlangene elenza ukudlidliza okwenziwe ngomshini kusetshenziswa imoto kagesi ngesisindo esingenakulinganisela emgodini we-drive. Isetshenziswa ngokuyinhloko kwizicelo ezahlukahlukene ukuhlinzeka ngempendulo enobuhlakani ukwenza isikhombimsebenzisi somsebenzisi sikhange kakhulu kumsebenzisi wokugcina.

Lesi sithombe esingenhla sibonisa ukwakheka kwangaphakathi kwe-motor encane yokudlidliza etholakala ngokujwayelekile kumaselula, okufana nama-micro-vibrate motors asetshenziswa kumaphrojekthi ahlukahlukene e-Arduino. Ngezansi kwesithombe se-motor e-vibration encane esithengiswe kwi-PCB, ifakwe umjikelezo wokulawula umshayeli we-transistor ukuze uxhume kalula kuma-miccoctollers ahlukahlukene.

Cishe zonke izinhlelo zokusebenza ezibandakanya ama-motors okudlidliza zisebenzisa ama-micrococtollers. Ngenkathi ezinye izinhlelo zokusebenza zezimboni zingadinga ukuthi imoto edlidliza iqhubekile ngokuqhubekayo (lapho sincoma ukusebenzisa aI-Brushiless Mope motor), iningi lidinga ukudlidliza kwenzeke ngezikhathi ezithile nangesikhathi esibekiwe. Njengoba izindleko ze-chip nosayizi behla, sekuyinto elula kakhulu ukufinyelela futhi ihlanganise ama-miccoctollers kulezi zinhlelo.

Ungayikhetha kanjani i-Mini Vibration Stor Arduino?

1. Uhlobo lwe-motor:

Kunezinhlobo ezahlukene zama-motor averation. Sincoma uhlamvu lwemali lwe-motor arduino.I-Coin Motorszihlangene futhi zivame ukusetshenziswa kumadivayisi amancane.

Qiniseka ukuthi ukukalwa kwamandla kagesi kanye nokukalwa kwamanje kwemoto kuyahambelana nebhodi lakho le-arduino namandla kagesi.

3. Amandla Okudlidliza:

Bheka ukucaciswa kwamandla okudlidliza imoto, imvamisa kuI-G-Force noma m / S². Khetha imoto ehlangabezana nezidingo zamandla okudlidliza ngephrojekthi yakho.

4. Ubukhulu nesisindo:

Cabanga ngosayizi womzimba nesisindo semoto, ikakhulukazi uma iphrojekthi yakho inezingqinamba zesikhala noma idinga ukusinda.

5. Indlela yokulawula:

Uma uhlela ukulungisa amandla okudlidliza ngamandla, qiniseka ukuthi imoto ingalawulwa kalula kusetshenziswa aIsiginali ye-PWM.

6. Izinketho Zokukhwela:

Bheka ukuthi imoto izofakwa kanjani kwiphrojekthi yakho. Amanye ama-motors eza nezimbobo ezikhuphukayo noma ukunamathisela ukunqwabelanisa ukufakwa okulula.

7. Izindleko nokutholakala:

Ekugcineni, cabanga ngesabelomali sakho kanye nama-motors atholakala kumphakeli wakho. Funa umkhiqizo odumile ukuze uqinisekise ikhwalithi nokwethembeka.

Ungayenza kanjani ngokwezifiso i-Arduino Vibration motor?

1. Khetha imoto efanele:

Khetha imoto yokudlidliza ehlangabezana nemininingwane yephrojekthi yakho ngokuyaUbukhulu, Voltage, kanye nokudlidliza ubukhulu.

2. Indlela yokulawula:

SebenzisaI-PWM (Ukuguquguquka kobubanzi be-Pulse)ukulawula amandla okudlidliza wemoto. Lokhu kukuvumela ukuthi uguqule umjikelezo womsebenzi ukuze uguqule ubukhulu be-vibration.

I-3. Umklamo wesekethe:

Dala umjikelezo ohlanganisa i-arduino, i-transistor (noma umshayeli wezimoto), ne-diode yeflyback ukuvikela ama-voltage spikes. Xhuma imoto ku-transistor, ezolawulwa yisiginali ye-PWM evela e-Arduino.

4. Izinhlelo:

Bhala uhlelo e-Arduino Ide ukuze ulawule imoto. Sebenzisa i-analogiwwrite () `umsebenzi ukuthumela isinali ye-PWM ku-transistor futhi ulungise umjikelezo womsebenzi ukuze ushintshe ubukhulu be-vibration.

5. Indlela Yokuphendula:

Uma kunesidingo, izinzwa (ezinjengama-accelerometers) zingafakwa ukuhlinzeka ngempendulo ngamazinga okudlidliza, okuvumela ukulungiswa okunamandla okusekelwe kwidatha yesikhathi sangempela.

I-6. Ukwenza ngokwezifiso ngokomzimba:

Zama amasu ahlukene wokukhulisa noma izindlu ukuze uthuthukise ukusebenza kahle kwemoto futhi wenze ngezifiso isipiliyoni sokudlidliza kwizidingo zakho.

7. Test and Inderate:

Hlola ukusetha kwakho bese ulungisa ikhodi, umjikelezo noma ukucushwa ngokomzimba njengoba kunesidingo sokufeza ukusebenza okufunayo.

Kungani usikhethe njengomphakeli wakho we-Arduino motor?

Njenge-I-Arduino motor umphakeli, Umholi motoriyimboni ethembekile yemoto yokudlidliza nge-Arduino. Imikhiqizo yethu inezinzuzo ezimbalwa eziphambili:

1. Izinketho zokwenza ngokwezifiso:

Siyaqonda ukuthi izinhlelo zokusebenza ezahlukahlukene zinezidingo ezihlukile. Ngakho-ke, sinikezela ngezinketho eziningi zokwenza ngokwezifiso ze-motor yethu yokudlidliza. Amakhasimende angacacisa amapharamitha anjengeUbukhulu, ama-voltage, amandla okudlidliza, kanye nokucushwa okukhuphukayoUkuqinisekisa ukuthi imoto ilungele ngokuphelele izidingo zabo ezithile. Lokhu kuguquguquka kuvumela izixazululo ezenziwe ngezifiso ezithuthukisa ukusebenza kwephrojekthi yakho.

2. Ukuqina:

Ama-motor ethu e-vibrate enzelwe ukusebenza okuhlala isikhathi eside. ZenziweIzinto ezisezingeni eliphakeme kanye nobunjiniyela obugobileukumelana nokusetshenziswa kwesikhathi eside ezindaweni ezahlukahlukene. Lokhu kuqina kubenza balungele izinhlelo zokusebenza ezidinga ukusebenza okuthembekile isikhathi eside, zinciphisa isidingo sokubuyiselwa njalo kanye nokunakekelwa.

3. Umsindo ophansi:

UmholiAma-motor amancane okudlidlizasebenzisana neUmsindo omncane kakhulu, ukuzenza zilungele izinhlelo zokusebenza zokunemba. Lesi sici siwusizo ikakhulukazi ezindaweni ezifana namadivayisi ezokwelapha, ama-elekthronikhi abathengi, nezinye izinhlelo ezibucayi ezidinga ukusebenza okuthule.

4. Ukuhlolwa kwesampula:

Ukuqinisekisa ukuhambisana nokusebenza,Sinikeza Ukuhlolwa Kwesampula Yezinto Ezivunezayo Ze-Motors yethu. Amakhasimende angacela amasampula ukuthi ahlole ukuthi imoto izohlangana kanjani kahle nohlelo lwabo ngaphambi kokwenza ukuzibophezela okukhulu. Lesi sigaba sokuhlola sisiza ukuqinisekisa ukuthi imikhiqizo yethu ihlangabezana nezidingo ezithile zohlelo lwakho lokusebenza, ikunikeza ukuthula kwengqondo lapho uthenga.