Nantsi indlela ekhawulezayo yokwazi ngeMoto yokuVibration yeMoto yeDC.

IiMoto zokuVibration zeNgqekembe (ezineebhrashi):

Aimoto ye-samll of imoto yokungcangcazela yengqekembeingasetyenziswa kwizicelo ezifana neewotshi ezikrelekrele, ii-trackers zokomelela komzimba kunye nezinye izixhobo ezinokunxitywa. Zisetyenziswa rhoqo ukubonelela umsebenzisi ngezilumkiso ezahlukeneyo, ii-alamu okanye impendulo ye-haptic. Iimoto zohlobo lwe-"brush" zihlala zisetyenziselwa iimveliso zabathengi apho uphawu lokungcangcazela lungeyona nto iphambili kwimveliso (umjikelo womsebenzi ophakathi). Uninzi lweemveliso zisebenzisa olu hlobo lwemoto. Nangona kunjalo, ukuba isicelo sakho sifuna ixesha elide kakhulu lokusebenzisa imoto kunye ne-MTBF ephezulu cinga ukusebenzisa yethuIimoto zokungcangcazela ezingenabhrashi zeBLDCEzi zibiza kakhulu kunohlobo lwebrashi. Singabonelela ngemoto yethu yokungcangcazela ngee-connectors ezahlukeneyo, ii-spring contacts, i-FPC okanye ii-contact pads ezingenanto. Singayila ne-FPC eyenzelwe wena kwisicelo sakho. Ukuba isicelo sakho siyayifuna, ii-foam pads ezinobukhulu obahlukeneyo kunye/okanye i-double stick tape nazo zingongezwa. Iifayile ze-3D CAD ziyafumaneka xa uzicelile.

 

Iimoto zokungcangcazela zeBlashi zeDC ezingenaBrushless DC:

I-BLDC Injini ye-dc engenabhrashiIimoto zokungcangcazela zemali zilukhetho oluhle kakhulu kwizicelo ezithembekileyo ezifuna ubomi obude kakhulu / i-MTBF. Izicelo apho uphawu lokungcangcazela lusetyenziswa rhoqo okanye lusetyenziswa kwisixhobo sezonyango kufuneka luqwalasele i-BLDC vibrator motor. Ezi moto ze-BLDC zihlala zidlula ixesha lobomi bemoto ye-brushed type coin motor ngaphezu kwamaxesha ali-10. Zibiza kakhulu kuneentlobo ze-brushed kuba zifaka i-driver IC. I-Polarity kufuneka ijongwe xa kusetyenziswa amandla. Ezinye iinkcukacha ziyafana nezo zeemoto ze-brushed type standard.

 

IiMoto zokungcangcazela eziLinear (ii-LRA):

Senza zombini ii-LRA eziziingxande kunye nezifana neengqekembe.
Ngenxa yexesha labo lokuvuka nokuwa ngokukhawuleza kunye nokukwazi kwabo ukuqhobosha okugqwesileyo,iimoto zokungcangcazela ze-linear resonant actuators (LRA)lukhetho oluhle kakhulu kwiisicelo zempendulo ye-haptic. Ulwakhiwo lwazo lwangaphakathi olulula lukwabonelela ngokuthembeka okuphezulu kunye nobomi obude kakhulu xa kuthelekiswa neemoto ze-ERM ezibrashiweyo.imoto encinci eshukumayo ethe tyabaZinobunzima bangaphakathi obujikeleza umva nangaphambili ecaleni kwe-X-axis kwi-frequency yayo ye-resonant. Ii-actuator zethu ze-resonant ezimile okwengqekembe zijikeleza ecaleni kwe-Z axis, zithe nkqo kumphezulu weemoto. Olu ngcangcazelo lwe-Z axis ludlulisela ngokufanelekileyo ukungcangcazela kwiindawo ezinokunxitywa. Kwizicelo ze-Hi-Rel, ziyindlela efanelekileyo yokutshintsha iimoto ze-vibration ezingenamabhrashi njengoko iindawo zangaphakathi zodwa ezigugileyo/ezingasebenziyo zizipringi.

Uhlobo loqwalaselo 1: UHLOBO LWE-LRA OLUNGXANDU / OLWE-BAR LUNE-WREAT LEADS EZINXIBE

Uhlobo loqwalaselo 2: UHLOBO LWENGXENYE LRA enezintambo zocingo

Uhlobo loqwalaselo 3: UHLOBO LWENGQESHO LRA ene-FPC

Ngokungafaniyo neemoto ze-DC vibration ezisetyenziswa rhoqo, ii-actuators ze-linear resonant kufuneka ziqhutywe yisignali ye-AC kwi-frequency ye-resonant yezixhobo. Iinkampani ezininzi zenza abaqhubi be-IC beemoto ze-linear vibration ezibonelela ngemiqondiso ye-drive echanekileyo kwaye ziqulathe ithala leencwadi leempembelelo ze-haptic onokukhetha kuzo.

Kufuneka kuqatshelwe ukuba ngokungafaniyo neemoto zokungcangcazela ze-ERM ezibrashiweyo, ukutshintsha ubukhulu bevolthi esetyenzisiweyo kuya kutshintsha ubukhulu bevolthi esetyenzisiweyo kuphela, kungekhona ubukhulu bevolthi edlamkileyo. Ngenxa ye-Hi-Q ye-LRA, ukusebenzisa ifrequency engaphezulu okanye engaphantsi kwefrequency edlamkileyo ye-LRA kuya kubangela ukuba i-LRA ivelise ubukhulu bevolthi edlamkileyo obuphantsi okanye ukuba ikude nefrequency edlamkileyo, akukho nanye kwaphela.