Thermosetting womoya umphunga solenoid valve lead ikhoyili MP-C-011
Iinkcukacha
Imizi-mveliso eSebenzayo:iiVenkile zeMathiriyeli yokwakha, iiVenkile zokuLungisa oomatshini, Iplanti yokuVelisa, iiFama, iiVenkile, imisebenzi yolwakhiwo , iNkampani yeNtengiso
Igama lemveliso:Ikhoyili ye-Solenoid
Umbane oqhelekileyo:RAC220V RDC110V DC24V
Amandla aQhelekileyo (RAC):28VA
Amandla aQhelekileyo (DC):30W
Iklasi yokuKhusela: H
Uhlobo loQhagamshelwano:Uhlobo lokukhokela
Olunye umbane okhethekileyo:Customizable
Amanye amandla akhethekileyo:Customizable
Inombolo yeMveliso:SB401
Uhlobo lweMveliso:MP-C-011
Supply Ability
Iiyunithi ezithengisayo: Into enye
Ubungakanani bephakheji enye: 7X4X5 cm
Ubunzima obunye: 0.300 kg
Intshayelelo yemveliso
Umsebenzi we-inductor
1. Ukuchasana nokuhamba kwekhoyili esebenzayo:I-self-induced force electromotive force in coil inductor isoloko ixhathisa utshintsho lwangoku kwikhoyili.I-coil inductance inefuthe lokuthintela kwi-AC yangoku, kwaye ubungakanani besiphumo sokuthintela kuthiwa yi-inductance XL, kwaye iyunithi i-ohm.Ubudlelwane bayo kunye ne-inductance L kunye ne-AC frequency F yi-XL = 2mfL.Ii-inductors zinokwahlulwa ikakhulu zibe ziikhoyili zokukrwitsha ezikwi-frequency high-frequency coil coil kunye ne-low-frequency coke coil.Umsebenzi we-inductor
2. Uhlengahlengiso kunye nokukhetha amaza:I-coil inductance kunye ne-capacitor inokudityaniswa ngokuhambelanayo ukwenza i-LC tuning circuit.Oko kukuthi, i-frequency ye-oscillation yendalo ye-f0 yesekethe ilingana nokuphindaphinda kwe-non-alternating signal, ngoko ke i-reactance inductive kunye ne-capacitive reactance yesekethe nazo ziyalingana, ngoko ke amandla ombane ombane ajikeleza emva naphambili kwi-inductance kunye ne-capacitance. , eyona nto i-resonance phenomenon yesekethe ye-LC.Kwi-resonance, i-inductive reactance kunye ne-capacitive reactance ye-circuit ilingana kunye ne-reverse, kwaye i-inductive ye-loop yangoku iyonke yinto encinci kwaye ikhoyo inkulu kakhulu (ibhekisela kwi-AC signal kunye f = "fO ").Isekethe ye-resonant ye-LC inomsebenzi wokukhetha i-frequency, enokukhetha isignali ye-AC kunye ne-frequency ethile.Umsebenzi we-inductor
3. Ii-inductors nazo zinemisebenzi yokuhlola iimpawu,ingxolo yokucoca, ukuzinzisa okukhoyo kunye nokucinezela ukuphazamiseka kwe-electromagnetic.Umsebenzi we-inductor
4. Kwizixhobo ze-elektroniki, sihlala sibona izangqa zemagnethi.
Yeyiphi imisebenzi yezi zinto zincinci?Le ring magnetic kunye nentambo yokudibanisa yenza i-inductor (iingcingo ezikwintambo ziboshwe ngokujikeleza i-ring magnetic amaxesha amaninzi), nto leyo yinto eqhelekileyo yokuchasana nokuphazamiseka kwiisekethe ze-elektroniki kwaye inefuthe elihle lokukhusela kwingxolo ephezulu-frequency, ngoko. ibizwa ngokuba yi-absorption magnetic ring, kwaye ngokuqhelekileyo yenziwe ngezinto ze-ferrite, ekwabizwa ngokuba yi-ferrite magnetic ring (ebizwa ngokuba yi-ring magnetic).Inxalenye ephezulu yindandatho yamagnetic edibeneyo kunye nekliphu yokukhwela.Izangqa zemagneti zineempawu ezahlukeneyo zokuthintela kwiifrikhwensi ezahlukeneyo.I-impedance incinci kakhulu kwi-frequency ephantsi, kwaye i-impedance ye-ring magnetic inyuka ngokukhawuleza xa isantya somqondiso sinyuka.Njengoko sonke sisazi, kokukhona inyuka isantya somqondiso, kokukhona iphuma ngaphandle.Nangona kunjalo, yonke imigca yesiginali ayinamaleko akhuselayo, ke le migca yomqondiso iba zii-eriyali ezilungileyo zokufumana zonke iintlobo zemiqondiso emdaka ejikelezayo kwindawo engqongileyo, kwaye le miqondiso ibekwe ngaphezulu kwimiqondiso ethunyelwayo, eya kuthi itshintshe imiqondiso eluncedo. , ukuphazamisa kakhulu umsebenzi oqhelekileyo wesixhobo sombane kunye nokunciphisa ukuphazamiseka kwe-electromagnetic (EM) yezixhobo zombane.Ngaphantsi kwesenzo sendandatho yamagnetic, nokuba iimpawu eziqhelekileyo kunye neziluncedo zidlula kakuhle, izibonakaliso zokuphazamiseka kwe-high-frequency interference zinganyanzeliswa kakuhle kwaye iindleko ziphantsi.
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