Imowudi yoqhagamshelo lwe-Thermosetting ye-electromagnetic coil SB1034/AB310-B

Inkcazelo emfutshane:

Umzekelo:AB310-B

Uhlobo lweNtengiso:Imveliso eNtsha ka-2020

Indawo yemvelaphi:Zhejiang, China

Igama lebrand:Flying Bull

Iwaranti:1 Unyaka

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

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:DC24V
Iklasi yokuKhusela: H

Uhlobo loQhagamshelwano:I-DIN43650A
Olunye umbane okhethekileyo:Customizable
Amanye amandla akhethekileyo:Customizable
Inombolo yeMveliso:SB1034
Uhlobo lweMveliso:AB310-B

Supply Ability

Iiyunithi ezithengisayo: Into enye
Ubungakanani bephakheji enye: 7X4X5 cm
Ubunzima obunye: 0.300 kg

Intshayelelo yemveliso

Izalathisi eziphambili zokusebenza kwekhoyili ye-inductance

1.i-inductive reactance

Ubungakanani bokuchasana kwekhoyili ye-inductance kwi-AC yangoku ibizwa ngokuba yi-inductance XL, kunye ne-ohm njengeyunithi kunye ne-ω njengesimboli. Ubudlelwane bayo kunye ne-inductance L kunye ne-AC frequency F yi-XL = 2πfL.

I-2.quality factor

Umgangatho we-Q ubungakanani bomzimba obumele umgangatho wekhoyili, kwaye i-Q ngumlinganiselo we-inductance XL ukuya kukumelana kwayo okulinganayo, oko kukuthi, Q = XL / R. inductor isebenza phantsi kombane othile we-AC. Ixabiso eliphezulu le-Q ye-inductor, encinci ilahleko kwaye iphezulu ukusebenza kakuhle. Ixabiso le-q lekhoyili lihambelana nokuxhathisa kwe-DC yomqhubi, ukulahleka kwe-dielectric ye-skeleton, ilahleko ebangelwa yikhaka okanye i-core core, impembelelo yefuthe eliphezulu lesikhumba kunye nezinye izinto. Ixabiso le-q lekhoyili lidla ngokuba ngamashumi ukuya kumakhulu. Umgangatho we-inductor uhambelana nokuchasana kwe-DC kwi-coil wire, ilahleko ye-dielectric yesakhelo sekhoyili kunye nokulahlekelwa okubangelwa ngundoqo kunye nekhaka.

3.ikhono esabiweyo

Nayiphi na i-coil inductance i-capacitance ethile phakathi kokujika, phakathi kweengqimba, phakathi kwekhoyili kunye nomhlaba wokubhekisela, phakathi kwekhoyili kunye nekhaka lamagnetic, njl. Ukuba la ma-capacitors asasazwayo ahlanganiswe ndawonye, iba yi-capacitor c elinganayo edibeneyo ngokuhambelana ne-coil inductance. Ubukho be-capacitance esasazwayo kunciphisa ixabiso le-Q lekhoyili kwaye liphazamise ukuzinza kwayo, ngoko ke incinci i-capacitance ye-coil, ingcono.

4.ilinganiswe ngoku

Umlinganiselo wangoku ubhekisela kwixabiso langoku ukuba i-inductor ayivumelekanga ukuba idlule xa isebenza ngokuqhelekileyo. Ukuba umbane osebenzayo udlula i-current rated current, i-parameters yokusebenza ye-inductor iya kutshintsha ngenxa yokufudumala, kwaye nokuba iya kutshiswa ngenxa yokugqithisa.

5.ukwahluka okuvumelekileyo

Ukutenxa okuvumelekileyo kubhekiselele kwimpazamo evumelekileyo phakathi kwe-nominal inductance kunye neyona inductance ye-inductor.

Ii-inductors ezisetyenziswa ngokuqhelekileyo kwi-oscillation okanye kwiisekethe zokucoca zifuna ukuchaneka okuphezulu, kwaye ukuphambuka okuvumelekileyo ngu-0.2 [%] ~ 0.5 [%]; Nangona kunjalo, ukuchaneka kweekhoyili ezisetyenziselwa ukudibanisa, i-high-frequency choke kunye nokunye akuphezulu; Ukutenxa okuvumelekileyo yi-10 [%] ~ 15 [%].