I-thermosetting din43650A Uxhumano lwe-Electromagnetic Coil SB254 / A044

I-thermosetting din43650A ukuxhumana kwe-electromagnetic coil sb254 / a044 isithombe esifakiwe

Incazelo emfushane:

Imodeli:I-SB254 / A044

Uhlobo lokumaketha:Umkhiqizo omusha ngo-2020

Indawo yemvelaphi:Zhejiang, China

I gama le-brand:Flying Bull

Iwaranti:1 unyaka

Thumela i-imeyili kithi

Imininingwane Yomkhiqizo

Amathegi Omkhiqizo

Bonisana

Izimboni ezisebenzayo:Izitolo zokwakha izinto ezibonakalayo, izitolo zokulungisa imishini, ukukhiqiza isitshalo, amapulazi, izitolo, imisebenzi yokwakha, inkampani yokukhangisa
Igama lomkhiqizo:I-Solenoid Coil
I-voltage ejwayelekile:AC220V AC110V DC24V DC12V
Amandla ajwayelekile (AC):Imvamisa
Amandla ajwayelekile (DC):21w

Isigaba sokufakwa: H
Uhlobo Lokuxhumeka:I-Din43650A
Amanye ama-voltage akhethekile:Ngokwezifiso
Amanye amandla akhethekile:Ngokwezifiso
Umkhiqizo Cha.:I-SB254
Uhlobo lomkhiqizo:A044

Hlinzeka ngekhono

Ukuthengisa amayunithi: into eyodwa
Ubukhulu bephakheji elilodwa: 7x4x5 cm
Isisindo esisodwa esiphelele: 0.300 kg

Isingeniso Somkhiqizo

Isici sekhwalithi ye-Q yekhoyili yokuqalisa

1.I-Factor Q iyipharamitha ebalulekile yokuveza ikhwalithi yekhoyili. Usayizi we-Q ukhombisa ukulahleka kwekhoyili yokuqalisa. Okukhulu i-Q, okuncane okulahlekelwe yikhoyili. Ngokuphambene nalokho, kulahlekelwe kakhulu.

2.I-Vact Factor Q ichazwa njengesilinganiso sokuqalwa kwekhoyili kuya ekumelaneni kwe-DC yekhoyili lapho ikhoyili isebenza ku-frequency ac voltage ethile. Ingavezwa ngefomula kanjena:

3.- indawo: Ukusebenza kwe-Angular Frequency L-Coil entandance r-inani lokulahleka kwekhoyili

I-4.According ezikhathini ezahlukahlukene, izidingo ze-Quality Factor Q zihlukile. Ngekhoyili yokuqalisa ekuhambeni kwe-loop tuning, inani le-Q liphakeme, ngoba inani eliphakeme le-Q inani, lincane ukulahleka kwe-loop kanye nokusebenza okuphezulu kwe-loop; Ngekhoyili ehlanganayo, inani le-Q lingaphansi; Okwemvamisa ephansi noma ama-high-frequency clokes, asikho isidingo.

Iqiniso, ukuthuthuka kwenani le-Q kuvame ukukhawulelwa yizinto ezithile, njengokumelana ne-DC yomqhubi, ukulahleka kwe-dielectric, ukulahleka okubangelwa umnyombo kanye nesihlangu, kanye nomphumela wesikhumba lapho usebenza ngokuvama okuphezulu. Ngakho-ke, akunakwenzeka ukwenza inani lekholoji eliphakeme kakhulu. Imvamisa, inani le-Q lingamashumi ambalwa liye kwikhulu, kanti eliphakeme kakhulu lingama-500 kuphela.

6. Lapho kukhethwa umgogodla kazibuthe, izidingo zemvamisa yokusebenza kanye nenani le-Q kufanele libhekwe kakhulu. Lapho imvamisa esebenza ngokujwayelekile ingaphansi kwe-1MHz, umgomo kazibuthe owenziwe nge-manganese-zinc Ferrite kufanele asetshenziswe kahle; Lapho imvamisa yokusebenza iphakeme kune-1mhz, umgomo kazibuthe owenziwe ngezinto ezibonakalayo ze-ni-zn-fe-o kufanele zikhethwe. Ngaphansi kwesimo senani eliphakeme le-Q nemvamisa ephansi yokusebenza, kufanele kukhethwe usayizi omkhulu kazibuthe.

7. Lapho ukhetha umgogodla kazibuthe, izidingo zemvamisa yokusebenza kanye nenani le-Q kufanele libhekwe kakhulu. Lapho imvamisa esebenza ngokujwayelekile ingaphansi kwe-1MHz, umgomo kazibuthe owenziwe nge-manganese-zinc Ferrite kufanele asetshenziswe kahle; Lapho imvamisa yokusebenza iphakeme kune-1mhz, umgomo kazibuthe owenziwe ngezinto ezibonakalayo ze-ni-zn-fe-o kufanele zikhethwe. Ngaphansi kwesimo senani eliphakeme le-Q kanye imvamisa eliphansi lokusebenza, i-spool enkulu kufanele