Ikhoyili ye-Electromagnetic ekhethekileyo yevalve ye-thermosetting pulse A051

Inkcazelo emfutshane:

Umzekelo:A051

Uhlobo lweNtengiso:Imveliso eqhelekileyo

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, iiReyinte, imisebenzi yolwakhiwo, iNkampani yeNtengiso
Igama lemveliso:Ikhoyili ye-Solenoid
Umbane oqhelekileyo:AC220V AC110V DC24V
Amandla aQhelekileyo (AC):28VA
Amandla aqhelekileyo (DC):18W

Iklasi yokuKhusela: H
Uhlobo loQhagamshelwano:I-DIN43650A
Olunye umbane okhethekileyo:Customizable
Amanye amandla akhethekileyo:Customizable
Inombolo yeMveliso:SB255
Uhlobo lweMveliso:A051

Supply Ability

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

Intshayelelo yemveliso

Uyijonga njani kwaye ulinganise icoil ye-electromagnetic?

Ukuba ikhoyili ye-electromagnetic ayifanelekanga kumgangatho okanye isetyenziswe ngokungafanelekanga, iya kuba nefuthe elibi kwisixhobo sonke. Kubaluleke kakhulu ukujonga kunye nokulinganisa imveliso xa ukhetha kwaye uyisebenzisa. Uyijonga njani kwaye uyilinganise njani? Unganqwenela ukubona le ntshayelelo ilandelayo.

(1) Xa ukhetha kwaye usebenzisa ikhoyili

kufuneka siqale siqwalasele ukuhlolwa kunye nokulinganisa ikhoyili, kwaye emva koko sigwebe umgangatho wekhoyili. Ukuze uhlolisise ngokuchanekileyo umgangatho wekhoyili, izixhobo ezikhethekileyo zisoloko zisetyenziswa, kwaye indlela yokuvavanya ethile inzima kakhulu.

Kumsebenzi osebenzayo, ngokuqhelekileyo kuphela ukuhlolwa kwe-coil kunye nomgwebo wexabiso le-Q lwenziwa. Xa ulinganisa, ukuchasana kwekhoyili kufuneka kulinganiswe nge-multimeter, kwaye ixabiso elisweni lifaniswa nokuchasana okuqinisekisiweyo kwasekuqaleni okanye ukuchasana kwegama, ukuze sikwazi ukuba i-coil ingasetyenziswa ngokuqhelekileyo.

(2) Ngaphambi kokufaka ikhoyili, khangela imbonakalo.

Ngaphambi kokusetyenziswa, kuyimfuneko ukujonga i-coil, ngokukodwa ukujonga ukuba kukho iziphene kwimbonakalo, nokuba kukho ukujika okuxekethileyo, nokuba isakhiwo sekhoyili siqinile, nokuba i-core magnetic ijikeleza ngokuguquguqukayo, nokuba kukho amaqhosha e-sliding, njl. , zonke ezo kufuneka zihlolwe ngaphambi kokufaka, kunye neekhoyili ezineziphumo zokuhlola ezingafanelekanga azikwazi ukusetyenziswa.

(3) Ikhoyili kufuneka ilungiswe kakuhle

kwaye indlela kufuneka ithathelwe ingqalelo xa ukulungiswa kakuhle. Ngethuba lokusetyenziswa kwezinye iikhoyili, ukulungiswa kakuhle kuyadingeka, kuba kunzima ukutshintsha inani leekhoyili, kwaye ukulungiswa kakuhle kulula kakhulu ukusebenza.

Ngokomzekelo, i-coil ye-single-layer inokuhambisa i-coil enzima kwi-node, oko kukuthi, inxeba 3 ~ 4 amaxesha kwangaphambili kwinqanaba elinye lekhoyili, kwaye i-inductance iguqulwa ngokulungelelanisa indawo. Ukuziqhelanisa kuye kwabonisa ukuba le ndlela inokwenza kakuhle i-inductance ye-2% -3%.

Kwiikhoyili zamaza amaza amafutshane kunye ne-ultrashort-wave, ngokuqhelekileyo, isiqingatha sokujika sishiywe ukulungiswa kakuhle. Ingaba ukujikeleza okanye ukuhambisa le nxalenye yesiqingatha kuya kutshintsha i-inductance kwaye ifezekise injongo yokulungiswa kakuhle.

Kwii-coil ze-multi-layer segmented coil, ukuba ulungelelwaniso olufanelekileyo lufunekayo, inani leekhoyili ezicandekileyo ezinokuthi zihanjiswe zingalawulwa kwi-20% -30% yenani elipheleleyo lezangqa ngokuhambisa umgama ohambelana necandelo elinye. Emva kolu hlengahlengiso oluhle, impembelelo ye-inductance inokufikelela kwi-10% -15%.

Kwi-coil ene-core magnetic, sinokufezekisa injongo yokulungiswa kakuhle ngokulungelelanisa indawo ye-core magnetic kwi-tube ye-coil.

(4) Xa usebenzisa ikhoyili

i-inductance ye-coil yokuqala kufuneka igcinwe. Ngokukodwa kwii-coil-proof-proof coil, imilo, ubukhulu kunye nomgama phakathi kweekhoyili akufanele zitshintshwe ngokuthanda, ngaphandle koko i-inductance yasekuqaleni yeekhoyili iya kuchaphazeleka. Ngokubanzi, okukhona i-frequency iphezulu, i-coil ezimbalwa.

Uyijonga njani kwaye ulinganise icoil ye-electromagnetic? Emva kokufunda lentshayelelo engentla, ndiyakholelwa ukuba wonke umntu kufuneka ayazi indlela ethile yokusebenza.