Mai ƙera Motar Girgiza Gilashin AI
Ganin yadda fasahar AI ke ci gaba da bunƙasa cikin sauri, gilashin zamani suna canzawa daga ra'ayoyin kimiyya zuwa abubuwan yau da kullun. Don haɗa injin girgiza cikin ƙarancin sararin firam ɗin gilashin ido don amsawar haptic da hulɗar ɗan adam da injin, zaɓar injin girgiza mai dacewa yana da matuƙar muhimmanci. LEADER Microelectronics, sanannen suna a masana'antar ƙananan motoci ta China, yana ba da mafita mai ƙarfi na wutar lantarki ga gilashin AI, godiya ga ƙwarewarsa a cikin rage amfani da wutar lantarki, ƙarancin amfani da wutar lantarki, da tsawon rai.
1. Muhimmancin Motocin Girgiza a Gilashin AI
Babban aikin injin girgiza shine isar da ingantaccen martanin haptic. Lokacin da gilashin AI suka gano yanayin kai mara kyau yayin karatu ko rubutu - kamar karkatar da gefe ko lanƙwasa ƙasa sosai - injin yana kunnawa da sanar da mai amfani da girgiza. Wannan hanyar faɗakarwa tana da sirri, ba ta da matsala, kuma tana tabbatar da cewa mai amfani yana samun gyara a kan lokaci, yana ƙirƙirar madaidaicin madauri na hulɗa tsakanin ɗan adam da injin.
2. Kalubalen Takaita Girma
Tsarin ƙira mai sauƙi shine babban fifiko ga masu amfani. Ganin cewa siraran sararin firam ɗin ne, girman motar ya zama abin da aka fara la'akari da shi a ƙira. Daidaita "ƙaramin girma" tare da "ingantaccen aiki" ƙalubale ne da kowace ƙungiyar kayan aikin gilashin AI dole ne ta fuskanta.
Domin biyan wannan buƙata, LEADER ta gabatar da injunan girgiza BLDC guda biyu waɗanda aka tsara musamman don gilashin AI masu wayo - LBM0518 da LBM0525. Mahimman bayanai a ƙasa:
- Diamita ya ragu zuwa iyakar aikin yanzu na 5mm kawai.
- Kauri na 2.5mm da 1.8mm - ya dace da ayyukan da ke da ƙa'idodi masu tsauri.
Dukansu samfuran suna amfani da ƙirar BLDC mai tushen Hall-IC maimakon commutator mai gogewa da ake samu a cikin injinan rotor na gargajiya. Wannan yana rage sararin ciki sosai, yana kawar da gogayya tsakanin goge da commutator, kuma yana tsawaita rayuwar sabis sosai. Sakamakon haka, aiki da aminci gabaɗaya sun fi na injinan rotor na gargajiya kyau.
| Lambar Samfura | LBM0525 | LBM0518 |
| Nau'in Mota | BLDC | BLDC |
| Girman (mm) | Φ5*T2.5 | Φ5*T1.8 |
| Hanyar Juyawa | CW (agogo) ， Wayar Lead Ja (+), Shuɗi (-) | |
| Ƙarfin Girgiza (G) | 0.30G Min(Gabaɗaya)； 30g Jig | 0.1G Min(ƘARSHE)； 30g Jig |
| Nisan Zagaye (V) | 2.7-3.8 | 2.7-3.8 |
| Ƙwaƙwalwar Wutar Lantarki Mai Ƙimar (V) | 3.0 | 3.0 |
| Na yanzu (mA) | ≤80 | ≤80 |
| Sauri (RPM) | Minti 12000rpm | Minti 12000rpm |
| Rayuwa | Zagaye 1 = 2s a kunne, 1s a kashe; Kekuna 250000 (Bada damar dakatar da girgizar da za a iya sake dawowa har sau 6） | Zagaye 1 = 2s a kunne, 1s a kashe; Kekuna 250000 (Bada damar dakatar da girgizar da za a iya sake dawowa har sau 6） |
Tare da kusan shekaru ashirin na gwaninta a cikin ƙananan injuna, LEADER ta samar da mafita masu inganci da inganci ga kasuwar kayan sawa na zamani ta duniya. Ko kuna cikin matakin tabbatar da bincike da ci gaba ko samar da kayayyaki da yawa, babban fayil ɗin samfuran LEADER da ƙwarewar fasaha suna taimaka wa masu haɓakawa su sami daidaito tsakanin aiki, amfani da sararin samaniya, da tsawon lokacin batirin.
Samun Ƙananan Injinan Brushless a cikin Manyan Matakai-mataki
Muna taimaka muku guje wa tarko don samar da inganci da daraja injinan girgizar ku na microbuƙata, akan lokaci da kuma akan kasafin kuɗi.
