Dunida elektaroonigga ah,gariiradda inductiondoor muhiim ah ka ciyaara codsiyada kala duwan. Qaybahan, oo inta badan loogu yeero si fudud sida inductors oo lagu tilmaamo calaamadda "L," ayaa lagama maarmaan u ah shaqeynta qalabyo badan oo elektiroonig ah.
Waa maxay Gariiradda Inductor?
Gariiradda inductor waxay ka kooban tahay nabar silig ah oo ku yaal siddooyinka ku wareegsan tuubada daaha. Fiilooyinka ayaa midba midka kale ka daboolan yahay, tuubada lafteedu waxay noqon kartaa mid bannaan ama waxaa lagu buuxin karaa xudunta ka samaysan birta ama budada magnetic. Inductance waxa lagu qiyaasaa halbeegyada Henry (H), iyada oo qayb-hoosaadyadu ay yihiin millihenry (mH) iyo microhenry (uH), halkaas oo 1H ay la mid tahay 1,000 mH ama 1,000,000 uH.
Kala soocida Inductors
Inductors waxaa loo kala saari karaa siyaabo dhowr ah, iyadoo ku xiran nooca ay yihiin, sifooyinka asaasiga ah ee magnetka, shaqeynta, iyo qaabka dabaysha:
1. Iyada oo ku saleysan Nooca Inductor:
- Inductor go'an
- Inductor kala duwan
2. Iyada oo ku saleysan guryaha Magnetic Core Properties:
- Gariiradda hawada-core
- Gariiradda Ferrite-core
- Gariiradda Bir-core
- Copper-core Coil
3. Iyada oo ku saleysan shaqeyn:
- Gariiradda Anteenada
- Gariiradda Oscillation
- Gariiradda ceejinta: Waxay lagama maarmaan u tahay shaandhaynta buuqa soo noqnoqda ee wareegyada, taas oo ka dhigaysa qayb muhiim ah oo ka mid ah qalabka elektaroonigga ah ee casriga ah.
- Gariiradda dabinka
- Gariiradda leexashada
4. Iyada oo ku saleysan qaab-dhismeedka dabaysha:
- Gariiradda hal-lakabka ah
- Gariiradda lakabka badan
- Gariiradda Malabka
Noocyada Caadiga ah ee Gariiradaha Inductor
Halkan waxaa ah muuqaal dhow oo ku saabsan qaar ka mid ah noocyada aadka loo isticmaalo ee gariiradaha:
1. Gariiradda hal-lakabka ah:
Gariiradda hal lakabka ah ayaa ku dhaawacan silig dahaaran, loop by loop, agagaarka tuubada warqadda ama fareemka dubista. Tusaale ahaan, gariiradda hirarka dhexdhexaadka ah ee anteenada ee laga helo raadiyaha transistor-ka waa tusaale caadiga ah ee gariiradda hal lakab ah.
2. Gariiradda Malabka:
Gariiradda malabka waxaa lagu gartaa dayuuraddeeda dabaysha, taas oo isku xidha dusha wareegta ah xagal, halkii ay ka ahaan lahayd mid barbar socda. Tirada laab-laabashada halkii marba waxa loo yaqaan tirada laalaabka. Gariiradaha malabka ayaa lagu door bidaa cabbirkooda is haysta, awood qaybsan oo hooseeya, iyo soo jiidasho sare. Waxay sida caadiga ah ku dhaawacmaan iyadoo la isticmaalayo dabaylaha armalada malabka ah ee khaaska ah, iyo tirada badan ee laalaabka, hoos ayey u dhacdaa awoodda la qaybiyey.
3. Ferrite Core and Iron Powder Coils:
Soo-saarka gariiradda ayaa si weyn u kordheysa marka la soo bandhigo xudunta magnetic, sida ferrite. Gelida xudunta ferrite ee gariiradda xudunta u ah hawada waxay kor u qaadaysaa inductance iyo factor tayada (Q) ee gariiradda.
4. Copper-core Coil:
Gariiradaha-Copper-core waxaa caadi ahaan loo isticmaalaa inta u dhaxaysa ultra-gaaban. Inductance-ga gariiradahan waxa si fudud oo waara loo hagaajin karaa iyada oo la beddelayo xudunta naxaasta ee gariiradda dhexdeeda.
Aragtida: LP Transformerswaa qalab yaraynta cabbirka aaladaha elektiroonigga ah iyada oo aan la dhimin waxqabadka.
5. Inductor Midab leh:
Inductors-ka midabka leh ayaa leh qiime go'an inductance. Inductance waxaa lagu muujiyaa xargaha midabka, oo la mid ah kuwa loo isticmaalo iska caabiyeyaasha.
6. Gariiradda ceejinta:
Gariiradda mareegta waxaa loogu talagalay in lagu xaddido marinka hadda beddelka ah. Gariirada choke waxa loo kala saaraa noocyo badan oo soo noqnoqda iyo kuwa hooseeya.
7. Gariiradda leexinta:
Gariirada leexleexinta waxaa loo isticmaalaa marxaladda wax soo saarka ee wareegga iskaanka ee TV-ga. Waxay u baahan yihiin dareen leexleexeed sare, dhul birlabeed isku mid ah, Q-qiimaha sare, cabbirka is haysta, iyo kharash-oolnimada.
Talo:La soco wararkeena danbeIsbedelka Transformer-ka Caalamiga ahsi loo fahmo sida qaybahan ay suuqa ugu soo baxayaan.
Wixii su'aalo dheeraad ah, waxaad had iyo jeer hubin kartaa ourQaybta FAQsi aad wax badan uga barato inductors iyo transformers.
Waqtiga boostada: Agoosto-12-2024
