#umgca wokuqhawula i-transformer core
Ukwindawo elungileyo yomgca wokuqhawula i-transformer core. Okwangoku sele uyazi ukuba, nantoni na oyifunayo, ngokuqinisekileyo uza kuyifumana kwi-CANWIN. Siyaqinisekisa ukuba ilapha kwi-CANWIN. Le mveliso inokuphefumla kakuhle. Ulwakhiwo lwelaphu lunika umoya owaneleyo ovumela ukuba umswakama uphume. Sijonge ukubonelela ngomgca wokuqhawula i-transformer core osemgangathweni ophezulu. Kubathengi bethu bexesha elide kwaye siya kusebenzisana ngokukhutheleyo nabathengi bethu ukubonelela ngezisombul
5 IZIQULATHO
180 izimvo
Mvanje
Mvanje
Ishushu
Uluvo
06-15
Ngomhla wesi-6 kweyoMnga, iiNkokheli zeTBEA kunye neBSEA zityelele umzi-mveliso wethu, ziqinisa izixhobo zethu zamva nje-i-AI ROBOT Transformer Core Processing Center kwaye zinike uxabiso oluphezulu.
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06-15
Ukuhanjiswa kokuqala emva kweholide ye-CNY:
1.CAH (22) -400DV Sika ubude Umgca *1 iiyunithi
2. Umgca wokunqumla
1.CAH (22) -400DV Sika ubude Umgca *1 iiyunithi
2. Umgca wokunqumla
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2023-08-08
Kwisekethe ye-AC, kukho iingcamango ezintathu zamandla ombane: amandla asebenzayo, amandla asebenzayo kunye namandla abonakalayo. I-KVA imele amandla abonakalayo, aquka amandla asebenzayo kunye namandla asebenzayo. I-KW imele amandla asebenzayo, kwaye i-kVar imele amandla asebenzayo. Ubudlelwane phakathi kwe-kW kunye ne-kVar kunye nokuguqulwa apho kukho ingcamango - amandla e-cos ф, amandla asebenzayo kW=UIcos ф, amandla asebenzayo kVar=UIsin ф, kunye namandla abonakalayo kVA=UI(U yi-voltage, u-I ngumbane).
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2023-03-08
Electrical Technology Q&A (1.1)
What is the basic content of Kirchhoff's law?
2. What is skin effect?
3. What are the concepts and characteristics of parallel resonance?
4. How are eddies created? What is eddy current loss?
5.What is the transition process? What causes the transition process?
6. What is the superposition principle?
What is the basic content of Kirchhoff's law?
2. What is skin effect?
3. What are the concepts and characteristics of parallel resonance?
4. How are eddies created? What is eddy current loss?
5.What is the transition process? What causes the transition process?
6. What is the superposition principle?
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2022-01-18
Ulwakhiwo lomzimba we-transformer
Eli phepha lichaza ikakhulu ulwakhiwo lomzimba we-transformer kwiinkalo ezintathu: umbindi, ukujija kunye ne-lead.
I. Ulwakhiwo oluphambili lweTransformer
01 Indima yesiseko sesinyithi sesilicon (Iron)
Iitransformer zisekelwe kumgaqo wokungeniswa kwe-electromagnetic, isekethe yemagnethi yindlela yokuguqula amandla ombane. I-iron core yisekethe yemagnethi ephambili yetransformer, indima ephambili yimagnethi. Iguqula amandla ombane esekethe ephambili abe ngamandla emagnethi, kwaye ukusuka kumandla emagnethi abe ngamandla ombane esekethe yesibini.
Kwangaxeshanye, umbindi wentsimbi ngumzimba womatshini wetransformer, kwaye isixhobo sokubambelela sombindi wentsimbi asenzeli nje kuphela umqhubi wemagnethi ukuba abe yisakhiwo esipheleleyo somatshini, kodwa sikwanayo nekhoyili egqunyiweyo kuyo, exhasa ilothe, kunye nazo zonke izinto ezingaphakathi kwetransformer. Ubunzima bombindi wentsimbi bubona bukhulu kwiindawo zetransformer, bumalunga nama-60% obunzima bubonke kwitransformer eyomileyo, kwaye malunga nama-40% kwitransformer entywilisiweyo kwioyile.
Eli phepha lichaza ikakhulu ulwakhiwo lomzimba we-transformer kwiinkalo ezintathu: umbindi, ukujija kunye ne-lead.
I. Ulwakhiwo oluphambili lweTransformer
01 Indima yesiseko sesinyithi sesilicon (Iron)
Iitransformer zisekelwe kumgaqo wokungeniswa kwe-electromagnetic, isekethe yemagnethi yindlela yokuguqula amandla ombane. I-iron core yisekethe yemagnethi ephambili yetransformer, indima ephambili yimagnethi. Iguqula amandla ombane esekethe ephambili abe ngamandla emagnethi, kwaye ukusuka kumandla emagnethi abe ngamandla ombane esekethe yesibini.
Kwangaxeshanye, umbindi wentsimbi ngumzimba womatshini wetransformer, kwaye isixhobo sokubambelela sombindi wentsimbi asenzeli nje kuphela umqhubi wemagnethi ukuba abe yisakhiwo esipheleleyo somatshini, kodwa sikwanayo nekhoyili egqunyiweyo kuyo, exhasa ilothe, kunye nazo zonke izinto ezingaphakathi kwetransformer. Ubunzima bombindi wentsimbi bubona bukhulu kwiindawo zetransformer, bumalunga nama-60% obunzima bubonke kwitransformer eyomileyo, kwaye malunga nama-40% kwitransformer entywilisiweyo kwioyile.
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Gcwalisa Okuninzi
Le nkampani igxile kuphando nophuhliso lweeSilicon Steel Sheet Cut-to-Length Lines, ii-power transformers, iiSilicon Steel Sheet Slitting Lines, kunye neeTransformer Foil Winding Machines, kwaye isebenza ngokugxila kakhulu kubuchule bokuyila izinto ezintsha kunye nobunjineli bokuchaneka.
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