Inductor

Rarraba Inductor:

1. Rarraba ta tsari:

• Inductor Air Core:Babu maganadisu core, kawai rauni ta waya. Ya dace da aikace-aikacen mitoci masu girma.
• Iron core inductor:Yi amfani da kayan ferromagnetic kamarmaganadisu core, irin su ferrite, foda baƙin ƙarfe, da dai sauransu. Irin wannan nau'in inductor yawanci ana amfani dashi a cikin ƙananan mitoci zuwa aikace-aikacen matsakaici.
• Inductor Air Core:Yi amfani da iska azaman abin maganadisu, tare da kyakkyawar kwanciyar hankali, dacewa da aikace-aikacen mitoci masu girma.
• Inductor Ferrite:Yi amfani da ferrite core, tare da ɗimbin yawa jikewa, dacewa da aikace-aikacen mitoci masu girma, musamman a cikin RF da filayen sadarwa.
• Hadakar inductor:Karamin inductor ƙera ta haɗe-haɗe da fasahar kewayawa, dacewa da babban allon kewayawa.

2. Rarraba ta hanyar amfani:

• Inductor:Ana amfani da shi a cikin da'irori na jujjuya wutar lantarki, kamar sauya kayan wuta, inverter, da sauransu, masu iya sarrafa manyan igiyoyin ruwa.
• Inductor na sigina:Ana amfani da shi a cikin da'irar sarrafa sigina, kamar masu tacewa, oscillators, da sauransu, masu dacewa da sigina masu tsayi.
• Shake:Ana amfani da shi don murkushe hayaniyar mitoci ko hana manyan sigina daga wucewa, yawanci ana amfani da su a cikin da'irar RF.
• Inductor Haɗe-haɗe:ana amfani da su don haɗawa tsakanin da'irori, irin su transformer na farko da na sakandare.
• Inductor na gama gari:da ake amfani da shi don murkushe hayaniyar yanayin gama gari, galibi ana amfani da su don kare layin wutar lantarki da layukan bayanai.

3. Rarraba ta hanyar marufi:

• Surface Dutsen Inductor (SMD/SMT):dace da fasahar ɗorawa saman ƙasa, tare da ƙaƙƙarfan girman, dace da allunan kewayawa mai girma.
• Inductor ta hanyar rami:shigar ta hanyar ramuka a kan allon kewayawa, yawanci tare da ƙarfin injina mai ƙarfi da aikin kashe zafi.
• Inductor na Wirewound:inductor da aka yi ta hanyar jagorar gargajiya ko hanyoyin iska ta atomatik, wanda ya dace da manyan aikace-aikacen yanzu.
• Inductor da aka buga (PCB):inductor da aka yi kai tsaye a kan allon kewayawa, yawanci ana amfani da shi don ƙarancin ƙima da ƙira mai ƙarancin farashi.

Babban aikin inductor:

1. Tace:Inductors hade da capacitors na iya samar da filtattun LC, waɗanda ake amfani da su don daidaita ƙarfin wutar lantarki, cire abubuwan AC, da samar da ƙarin ƙarfin wutar lantarki na DC.

2. Ma'ajiyar makamashi:Inductors na iya adana makamashin filin maganadisu, suna ba da kuzari nan take lokacin da aka katse wutar, kuma ana amfani da su wajen jujjuya makamashi da tsarin ajiya.

3. Oscillator:Inductor da capacitors na iya ƙirƙirar oscillators na LC, waɗanda ake amfani da su don samar da tsayayyen sigina na AC kuma ana samun su a cikin rediyo da kayan sadarwa.

4. Haɗin kai:A cikin RF da da'irori na sadarwa, ana amfani da inductor don daidaitawa na impedance don tabbatar da ingantaccen watsa siginar da rage tunani da asara.

5. Ciwon:A cikin da'irar mitoci masu girma, ana amfani da inductor a matsayin shake don toshe sigina masu girma yayin barin ƙananan sigina su wuce.

6. Transformer:Ana iya amfani da inductor tare da wasu inductor don samar da taswira, waɗanda ake amfani da su don canza matakan ƙarfin lantarki ko keɓe da'irori.

7. sarrafa sigina:A cikin da'irar sarrafa sigina, ana amfani da inductor don rarraba sigina, haɗawa, da tacewa don taimakawa raba sigina na mitoci daban-daban.

8. Canza wutar lantarki:A cikin sauya kayan wuta da masu juyawa DC-DC, ana amfani da inductor don daidaita ƙarfin lantarki da na yanzu don ingantaccen canjin makamashi.

9. Wuraren kariya:Ana iya amfani da inductor don kare da'irori daga wuce gona da iri, kamar yin amfani da shake kan layukan wutar lantarki don murkushe ƙarfin wutar lantarki.

10. Damuwar surutu:A cikin na'urorin lantarki masu mahimmanci, ana iya amfani da inductor don murkushe tsangwama na lantarki (EMI) da tsangwama ta mitar rediyo (RFI), rage karkatar da sigina da tsangwama.

Tsarin kera inductor:

1. Zane da Tsara:

• Ƙayyade ƙayyadaddun ƙayyadaddun inductor, gami da ƙimar inductance, mitar aiki, ƙimar halin yanzu, da sauransu.
• Zaɓi ainihin ainihin abu da nau'in waya.

2. Babban shiri:

• Zaɓi ainihin kayan, kamar ferrite, foda baƙin ƙarfe, yumbu, da sauransu.
• Yanke ko siffanta ainihin bisa ga buƙatun ƙira.

3. Iskar coil:

• Shirya waya, yawanci waya ta tagulla ko wayar jan karfe da aka yi da azurfa.
• Iskar coil, ƙayyade adadin jujjuyawar coil da diamita na waya gwargwadon ƙimar inductance da ake buƙata da mitar aiki.
• Kuna iya buƙatar amfani da injin iska don sarrafa wannan tsari.

4. Majalisa:

• Hana murfin rauni akan ainihin.
• Idan kun yi amfani da inductor na baƙin ƙarfe, kuna buƙatar tabbatar da kusanci tsakanin coil da ainihin.
• Don inductors na iska, ana iya raunata nada kai tsaye akan kwarangwal.

5. Gwaji da Gyara:

• Gwada inductance na inductor, juriya na DC, ingancin inganci da sauran mahimman sigogi.
• Daidaita adadin jujjuyawar coil ko matsayi na tsakiya don cimma inductance da ake buƙata.

6. Marufi:

• Kunshin inductor, yawanci ta amfani da robobi ko resin epoxy don samar da kariya ta jiki da rage tsangwama na lantarki.
• Don inductor mount, ana iya buƙatar marufi na musamman don dacewa da tsarin SMT.

7. Kula da inganci:

• Yi gwajin inganci na ƙarshe akan ƙãre samfurin don tabbatar da cewa duk sigogi sun dace da ƙayyadaddun bayanai.
• Yi gwajin tsufa don tabbatar da cewa aikin inductor ya tsaya tsayin daka bayan aiki na dogon lokaci.

8. Alama da Marufi:

• Alama mahimman bayanai akan inductor, kamar ƙimar inductance, ƙimar halin yanzu, da sauransu.
• Shirya samfurin da aka gama kuma shirya shi don jigilar kaya.