Iyini ukusetshenziswa kwejoka lesithando somlilo se-steel-shell intermediate frequency electric? Uzoqonda ngemva kokuyifunda!

The ijoka kazibuthe ijoka elenziwe ngamashidi ensimbi e-laminated silicon. Ihlukaniswe ngokulinganayo futhi ngokulinganayo eduze kwekhoyili yokungeniswa. Umsebenzi wayo uwukukhawulela ukuvuza kwekhoyili yokungeniswa kukakazibuthe ekusakazeni, ukuthuthukisa ukusebenza kahle kokungeniswa kanye nokwengeza abantu, futhi kunciphise njengesihlangu sikazibuthe Ukushisisa kwezingxenye zensimbi ezifana nohlaka lwesithando somlilo nakho kudlala indima ekuqiniseni i-inductor.

Iyini ukusetshenziswa kwejoka lesithando somlilo se-steel-shell intermediate frequency electric? Uzoqonda ngemva kokuyifunda!

Ijoka kazibuthe ijoka elenziwe ngamashidi wensimbi enamathele. Ihlukaniswe ngokulingana nangokulingana ngokulingana nekhoyili yokungeniswa. Umsebenzi wawo ukukhawulela amandla kazibuthe we-coil avuza amandla ekusakazekeni, athuthukise ukusebenza kahle kokungeniswa futhi engeze abantu, futhi anciphise njengehawu likazibuthe Ukushisa kwezinsimbi zensimbi njengohlaka lwesithando somlilo nakho kudlala indima ekuqiniseni i-inductor.

Umzimba wesithando somlilo wesilinganiso esiphakathi nendawo unejoka kazibuthe elakhelwe ngaphakathi, futhi ukuvikelwa kwejoka kazibuthe kunganciphisa ukuvuza kwamandla kazibuthe, kuvimbele umzimba wesithando ekushiseni, futhi kuthuthukise ukusebenza kahle. Ngasikhathi sinye, ijoka lidlala indima yokuxhasa nokulungisa ikhoyili yokungeniswa, ukuze umzimba wesithando somlilo ukwazi ukuthola amandla aphezulu nomsindo ophansi.

Ijoka ijoka elimise okwenhlavu elenziwe ngephepha lensimbi lensimbi elibandayo elibandayo kanye nepulangwe lensimbi engagqwali. Ingaphezulu elihlanganisiwe lomgogodla wensimbi kanye nekhoyili ingaphezulu kwe-arc, kanti ingxenye ecindezelayo ingaphezulu esikhundleni somugqa esikhathini esedlule. Lolu hlobo lwesakhiwo lucindezela ukusebenza Okuhle, ukuvuza okuncane okuhamba ngamandla kazibuthe. Ngemuva kokuthi ishidi lensimbi le-silicon lifakiwe, liqiniswa ngocezu olukhethekile esikhundleni sesikulufa esikhethekile se-through-core. Lesi sakhiwo singasebenzisa ngokugcwele indawo kazibuthe yensimbi yensimbi yesilicon futhi sinciphise amathuba okushisa kwasendaweni emzimbeni wesithando somlilo oshisa imvamisa ophakathi nendawo.

Ukwakheka kanye nomgomo wokusebenza wejoka

Ijoka livame ukubhekisa ezintweni ezithambile kazibuthe ezingakhiqizi amandla kazibuthe (umugqa wamandla kazibuthe), futhi lidlulisa kuphela umugqa wamandla kazibuthe wesekethe kazibuthe. Ijoka ngokuvamile lenziwe ngensimbi ethambile, insimbi engu-A3 nensimbi ethambile kazibuthe enokungena okuphezulu kakhulu. Kwezinye izimo, ijoka libuye lenziwe ngezinto ze-ferrite.

Ngenxa yobukhona bejoka kazibuthe, singakwazi ukudlulisa imigqa yamagnetic field ekhiqizwa ukugoqa kocingo (ikhoyili) kanye nozibuthe unomphela lapho siyidinga khona, okufana nesekhethi kagesi.

Kufakwa iradiyetha epholile eyenziwe ngamanzi phakathi kwejoka kazibuthe kanye nocingo lwensimbi engagqwali. Lapho isithando somlilo esiphakathi nendawo sisebenza, ijoka elingaphezulu likazibuthe liqinisekisiwe ukuthi likhona ekamelweni lokushisa ukuvimbela ukuguquguquka kwalo ngenxa yokushisa okuphezulu kwejoka likazibuthe, ngaleyo ndlela kuthuthukise ukuxhaswa kwekhoyili lokungeniswa kuthuthukisa amandla aphelele we isithando somlilo.

Umzimba wesithando somlilo wesilinganiso esiphakathi nendawo unejoka kazibuthe elakhelwe ngaphakathi, futhi ukuvikelwa kwejoka kazibuthe kunganciphisa ukuvuza kwamandla kazibuthe, kuvimbele umzimba wesithando ekushiseni, futhi kuthuthukise ukusebenza kahle. Ngasikhathi sinye, ijoka lidlala indima yokuxhasa nokulungisa ikhoyili yokungeniswa, ukuze umzimba wesithando somlilo ukwazi ukuthola amandla aphezulu nomsindo ophansi.

Ijoka ijoka elimise okwenhlavu elenziwe ngephepha lensimbi lensimbi elibandayo elibandayo kanye nepulangwe lensimbi engagqwali. Ingaphezulu elihlanganisiwe lomgogodla wensimbi kanye nekhoyili ingaphezulu kwe-arc, kanti ingxenye ecindezelayo ingaphezulu esikhundleni somugqa esikhathini esedlule. Lolu hlobo lwesakhiwo lucindezela ukusebenza Okuhle, ukuvuza okuncane okuhamba ngamandla kazibuthe. Ngemuva kokuthi ishidi lensimbi le-silicon lifakiwe, liqiniswa ngocezu olukhethekile esikhundleni sesikulufa esikhethekile se-through-core. Lesi sakhiwo singasebenzisa ngokugcwele indawo kazibuthe yensimbi yensimbi yesilicon futhi sinciphise amathuba okushisa kwasendaweni emzimbeni wesithando somlilo oshisa imvamisa ophakathi nendawo.

Ukwakheka kanye nomgomo wokusebenza wejoka

Ijoka livame ukubhekisa ezintweni ezithambile kazibuthe ezingakhiqizi amandla kazibuthe (umugqa wamandla kazibuthe), futhi lidlulisa kuphela umugqa wamandla kazibuthe wesekethe kazibuthe. Ijoka ngokuvamile lenziwe ngensimbi ethambile, insimbi engu-A3 nensimbi ethambile kazibuthe enokungena okuphezulu kakhulu. Kwezinye izimo, ijoka libuye lenziwe ngezinto ze-ferrite.

Ngenxa yobukhona bejoka kazibuthe, singakwazi ukudlulisa imigqa yamagnetic field ekhiqizwa ukugoqa kocingo (ikhoyili) kanye nozibuthe unomphela lapho siyidinga khona, okufana nesekhethi kagesi.

Kufakwa iradiyetha epholile eyenziwe ngamanzi phakathi kwejoka kazibuthe kanye nocingo lwensimbi engagqwali. Lapho isithando somlilo esiphakathi nendawo sisebenza, ijoka elingaphezulu likazibuthe liqinisekisiwe ukuthi likhona ekamelweni lokushisa ukuvimbela ukuguquguquka kwalo ngenxa yokushisa okuphezulu kwejoka likazibuthe, ngaleyo ndlela kuthuthukise ukuxhaswa kwekhoyili lokungeniswa kuthuthukisa amandla aphelele we isithando somlilo.