Gariiradda Electromagnetic ee xamuulka ABS nidaaminaya waalka 4721950520
Faahfaahin
Dukaamada Qalabka Dhismaha, Dukaamada Dayactirka Mashiinada, Warshada wax soo saarka, Beeraha, Tafaariiqda, Hawlaha Dhismaha Shirkadda Xayeysiiska
Solenoid Coil Voltage: 12V 24V 28V 110V 220V
Awood gariiradda Solenoid: 35W
Isku-xidhaha Gariiradda Solenoid: Ku xidh
Heerka dahaarka gariiradda Solenoid: F, H
Codsiga Gariiradda Solenoid: Gaari xamuul ah
Codsiga | Qodista gurguurta |
Qaabka | 1304635 1079666 1505210 4721950180 4421977102 4721950520 |
Magaca qaybta | Solenoid Valve Coil |
Cabbirka | Cabbirka caadiga ah |
Xaalad | 100% cusub |
Tayada | Dammaanad sare |
Baakadaha
Cutubyada Iibka: Hal shay
Cabbirka baakidhka keliya: 7X4X5 cm
Miisaanka kaliya ee guud: 0.300kg
hordhaca alaabta
Gariiradda guud
1. Gariiradda lakabka ah
Gariiradda hal lakabka ah ayaa ku dhaawacan agagaarka tuubada warqadda ama qalfoofka dubista oo leh fiilooyin dahaaran mid mid. Sida gariiradda anteenada mawjada ee raadiyaha transistor ah.
2. gariiradda malabka
Haddii dayuurada gariiradda boogtu aanay la mid ahayn dusha wareegta, balse ay isku xidho xagal gaar ah, gariiradda noocaan ah waxaa loo yaqaannaa gariiradda malabka. Iyo inta jeer ee uu siligu dib u foorarsado marka uu hal mar wareego, taas oo inta badan loo yaqaan tirada laablaabashada. Habka dabaysha malabka ayaa leh faa'iidooyinka mugga yar, awood yar oo qaybsan iyo inductance weyn. Gariiradaha malabka ayaa dhamaantood ku dhaawacmey mishiinka dabeysha malabka. Dhibcaha isku laabma ee badan, ayaa sii yaraanaya awoodda la qaybiyey.
3. Xudunta Ferrite iyo gariiradda budada birta ah
Inductance ee gariiradda ayaa la xidhiidha haddii ay jirto xudunta birlab ah iyo in kale. Gelida xudunta ferrite ee gariiradda xudunta u ah hawada waxay kordhin kartaa inductance waxayna wanaajisaa tayada gariiradda.
4, gariiradda xudunta u ah copper
Gariiradda xudunta u ah naxaasta ayaa si weyn loogu isticmaalaa kala duwanaanshaha hirarka ultrashort. Way ku habboon tahay oo waarta in la beddelo inductance-ka iyadoo la beddelayo booska xudunta naxaasta ee gariiradda.
5, Inductctor code midabka
Inductor-ka midabka leh waa inductor leh inductance go'an, inductance-kiisana waxaa lagu asteeyaa giraanta midabka sida resistor-ka.
6, gariiradda ceejis (ceejiso)
Gariiradda xaddidaysa marinka beddelka hadda waxa loo yaqaan gariiradda choke, kaas oo loo qaybin karo gariiradda mareegta oo joogto ah iyo gariiradda mareegta oo hooseeya.
7. Gariiradda leexleexda
Gariiradda leexintu waa culeyska heerka wax soo saarka wareegga iskaanka TV-ga. Gariiradda leexintu waxay u baahan tahay dareen leexasho sare leh, goob birlab ah oo isku mid ah, qiimaha Q sare, cabbir yar iyo qiimo hoose.
shaqayn
fal ku ceeji
Awoodda iskeed u kicisay ee ku jirta gariiradda gariiradda inductance ayaa had iyo jeer ka hortagta isbeddelka hadda jira ee gariiradda. Gariiradda inductance waxay saameyn xannibaad ku leedahay AC hadda, iyo cabbirka saameynta xannibaadda waxaa loo yaqaan 'inductance xl', unuguna waa ohm. Xidhiidhka ay la leedahay inductance L iyo AC inta jeer ee F waa xl=2πfl. Inductors waxaa inta badan loo qaybin karaa gariiradda mareegta oo joogto ah iyo gariiradda joogsiga hoose.
Daawaynta iyo xulashada inta jeer
Wareegga hagaajinta lc waxa la samayn karaa iyada oo la isku xidho gariiradda inductance iyo capacitor is barbar socda. Taasi waa, inta jeer ee oscillation dabiiciga ah f0 ee wareegga waxay la mid tahay inta jeer ee f ee calaamadda aan beddelmin, sidaas darteed falcelinta inductive iyo falcelinta awoodda wareegga sidoo kale waa siman yihiin, sidaas darteed tamarta korantada ayaa dib u soo noqnoqota dib u soo celinta capacitance, taas oo ah ifafaale resonance ee wareegga lc. Marka la eego resonance, falcelinta inductive-ka iyo falcelinta awoodda wareegga wareegga ayaa u dhigma oo ka soo horjeeda, falcelinta inductive ee wadarta wareegga hadda waa tan ugu yar tan hadda jirtana waa tan ugu weyn (oo tixraacaysa calaamadda AC ee leh f = "F0"). Wareegga resonant lc wuxuu leeyahay shaqada xulashada soo noqnoqda, kaas oo dooran kara calaamadda AC oo leh qaar ka mid ah