Ƙaramin injin iska na ilimi yana samar da wutar lantarki idan fan ya busa masa

Ƙaramin injin iska na ilimi yana samar da wutar lantarki idan fan ya busa masa

Wannan jagorar tana bayyana yadda ake haɗawa da nunin kayan aikin ƙaramin injin iska na ilimi. Ba kamar injinan iska na aiki da aka ƙera don samar da wutar lantarki ba, wannan kayan aikin kayan koyarwa ne na hannu wanda ke nuna ainihin ƙa'idodin haɓakar wutar lantarki ta hanyar maganadisu. Ta hanyar amfani da fan mai sauƙi don juya maganadisu a cikin naɗaɗɗen waya, za ka iya ganin yadda ake canza ƙarfin injiniya zuwa ƙarfin lantarki, yana kunna ƙaramin fitila da samar da ƙarfin lantarki mai aunawa. Kyakkyawan aiki ne don ajujuwa, baje kolin kimiyya, ko duk wanda ke sha'awar yadda janareto ke aiki.

Wannan aikin ba kawai bin matakan haɗawa ba ne; yana game da fahimtar ainihin ilimin kimiyyar lissafi na samar da wutar lantarki. Ga wasu hanyoyi da za ka iya amfani da wannan injin na ilimi don bincika da nuna waɗannan ra'ayoyin:

• Nunin Aji: Bayyana haɓakar wutar lantarki ta maganadisu ga ɗalibai a fili, yana nuna yadda filin maganadisu mai motsi ke haifar da wutar lantarki a cikin waya.
• Aikin Baje Kolin Kimiyya: Yi amfani da injin don gwada hasashe game da yadda saurin fan ko nisa ke shafar ƙarfin lantarki, yana samar da nuni mai jan hankali da mu'amala.
• Koyo Mai Mu'amala: Ga masu sha'awar sana'a, hanya ce mai kyau don gina fahimtar tushe na yadda janareto a masana'antun wutar lantarki, injinan iska, har ma da dynamos na kekuna ke aiki a ƙaramin sikelin.
• Aikin Auna Ƙarfin Lantarki: Yi aiki da amfani da multimeter don auna ƙarfin lantarki na AC a ƙarƙashin yanayi daban-daban (tare da ko ba tare da fitila ba).

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Yadda Janareto ke Aiki

Ainihin ƙa'idar da ke bayan wannan injin ita ce haɓakar wutar lantarki ta maganadisu. Kamar yadda aka bayyana a cikin bidiyon (a cikin bidiyo a 00:47), tsarin ya ƙunshi maganadisu mai juyawa a tsakiya da naɗaɗɗun wayoyi guda biyu masu tsaye (windings) a kewaye da shi. Lokacin da fan ya busa, yana juya ruwan injin, wanda ke haɗe da maganadisu. Yayin da maganadisu ke juyawa, filin maganadisu nasa yana yanke wayoyin naɗaɗɗen a kai a kai. Wannan canji na yau da kullun a filin maganadisu yana tilasta electrons a cikin waya su motsa, yana haifar da wutar lantarki. Bidiyon ya lura cewa canji na ɗan lokaci kawai yana haifar da bugun gajere, wanda shine dalilin da ya sa maganadisu dole ya ci gaba da juyawa don kiyaye wutar lantarki mai tsayayye (a cikin bidiyo a 01:29).

Kayan Aikin Hardware

Wannan aikin ya dogara ne akan takamaiman kayan aiki, kuma buɗewar akwatin ya nuna cewa duk abubuwan da ake buƙata sun haɗa (a cikin bidiyo a 01:51). Za ka buƙaci:

• Kayan aikin ƙaramin injin iska na ilimi, wanda ya haɗa da ruwan da aka riga aka haɗa.
• Ƙaramin motar DC tare da fitila da aka makala.
• Faranti na filastik da sassan tsari don firam ɗin.
• Ƙananan sukurori da ƙaramin sukudiriba don haɗawa.
• Ƙaramin fan don samar da tushen iska.
• Multimeter na dijital (na zaɓi, don auna ƙarfin lantarki).

Jagorar Wayoyi

Wayoyin wannan aikin ba su da yawa kuma an riga an haɗa su a cikin kayan aikin. Wayoyi biyu da ke fitowa daga naɗaɗɗen janareto na ciki su ne kawai haɗin lantarki da za ka buƙaci sarrafa. An haɗa su da haɗin motar/fitila. Bidiyon ya nuna yadda ake cire waɗannan wayoyi kaɗan don haɗa voltmeter don gwaji (a cikin bidiyo a 07:05). Babu wani hadadden wayoyi ko soldering da ake buƙata.

Jagorar Haɗawa

Tsarin haɗawa yana da sauƙi kuma an fi fahimtarsa ta hanyar bin matakan gani a cikin bidiyon. Muhimmin abu shine gina firam mai tsayayye wanda ke riƙe motar da haɗin fitila a tsaye yayin da yake ba da damar ruwan injin ya juya cikin 'yanci.

1. Shirya Tushe: Fara da gano manyan faranti da sassan tsari. Bidiyon ya nuna amfani da dogon sukudiriba don haɗa wani yanki na tallafi wanda zai riƙe motar a daidai matsayi (a cikin bidiyo a 03:39).
2. Dora Motar: Motar, wadda ke da fitila a makala, ana sanya shi a cikin mariƙin. Ana amfani da sukurori don tsare shi, yana tabbatar da cewa yana tsaye kuma ba zai juya ba lokacin da injin ke juyawa (a cikin bidiyo a 04:28).
3. Haɗa Injin: Haɗin ruwan injin yana haɗe da shaft ɗin motar. Wannan haɗin shine zai juya maganadisu a cikin janareto.
4. Tsayar da Tsarin: Ana amfani da ƙarin sassan filastik don ƙarfafa motar da kiyaye dukan tsarin a tsaye. Bidiyon ya jaddada cewa tsarin tsayayye yana da mahimmanci don hana motar karkata lokacin da fan ke busa (a cikin bidiyo a 05:13).

Gwaji da Nuni

Da zarar an haɗa shi, nuni yana da sauƙi. Sanya fan don ya busa kai tsaye ga ruwan injin. Yayin da ruwan ke juyawa, fitilar da aka makala za ta haskaka, yana ba da tabbaci na gani a fili cewa ana samar da wutar lantarki (a cikin bidiyo a 06:35).

Bidiyon ya kuma nuna gwaji mai ƙididdigewa ta amfani da multimeter. Ta hanyar haɗa mitar zuwa wayoyin fitarwa na janareta, za ka iya auna wutar lantarki. Lokacin da aka cire fitilar, janareta yana samar da wutar lantarki mafi girma (kusan volts 8 a cikin bidiyon). Lokacin da aka haɗa fitilar kuma ta kunna, wutar tana raguwa sosai (zuwa kusan volts 3.2) saboda wasu daga cikin makamashin lantarki ana amfani da su don kunna hasken (a cikin bidiyo a 08:06). Wannan babban nunin yadda nauyi ke shafar fitarwar janareta.

Nunin Aikin Kai Tsaye

Bidiyon yana ba da cikakken nunin kai tsaye na injin turbin a cikin aiki. Yana nuna haɗuwar jiki, jujjuyawar turbin ƙarƙashin ƙarfin fan na gida na yau da kullun, da kuma hasken fitilar da ke fitowa. Nunin ya kuma haɗa da bayyanannen kallon karatun multimeter, duka tare da kuma ba tare da haɗa fitilar ba, yana ba da bayanai na gaske don tallafawa bayanin ka'idar yadda janareta ke aiki.

Babuka

• [00:03] Gabatarwa ga ƙaramin turbin ilimi
• [00:47] Yadda janareta ke aiki
• [01:51] Buɗe akwatin kit ɗin da kuma duban sassa
• [03:03] Haɗuwar firam ɗin turbin
• [05:36] Saka turbin da motar
• [06:35] Gwaji da fan da kunna fitilar
• [07:05] Auna wutar fitarwa da multimeter
• [09:00] Ƙarshe da taƙaitawa

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