Ikhoyili ekhethekile ye-electromagnetic 0210B yevalvu yesiqandisi

Incazelo emfushane:

Inombolo yomkhiqizo:0210B

Ukuhlola okuphumayo kwevidiyo:Kuhlinzekiwe

Umbiko Wokuhlolwa Kwemishini:Kuhlinzekiwe

Uhlobo Lokumaketha:Umkhiqizo Ojwayelekile

Indawo Yomsuka:I-Zhejiang, China

I gama le-brand:Inkunzi Endizayo

Isiqinisekiso:1 Unyaka

Thumela i-imeyili kithi

Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Imininingwane

Izimboni Ezisebenzayo:Izitolo Zezinto Zokwakha, Izitolo Zokulungisa Imishini, Imboni Yokukhiqiza, Amapulazi, Izitolo, Imisebenzi yokwakha, Inkampani Yokukhangisa
Igama lomkhiqizo:Ikhoyili ye-Solenoid
Amandla kagesi ajwayelekile:I-AC220V AC380V AC110V DC24V
Amandla Ajwayelekile (AC):4.8W 6.8W
Amandla Ajwayelekile (DC):14W

I-Insulation Class: H
Uhlobo Lokuxhumana:I-DIN43650A
Enye i-voltage ekhethekile:Yenza ngokwezifiso
Amanye amandla akhethekile:Yenza ngokwezifiso
Inombolo yomkhiqizo:SB428
Uhlobo Lomkhiqizo:0210B

Supply Amandla

Amayunithi Athengisa: Into eyodwa
Usayizi wephakheji elilodwa: 7X4X5 cm
Isisindo esisodwa esiphelele: 0.300 kg

Isingeniso somkhiqizo

Uyini umsebenzi oyinhloko wekhoyili ye-electromagnetic inductance?

Uyini umsebenzi oyinhloko wekhoyili ye-electromagnetic inductance? I-inductance yekhoyili, eqinisweni, iwukuthi lapho i-current idlula ocingweni, insimu kazibuthe izosungulwa eduze kwekhoyili.

Isikhathi esiningi, ikhoyili izobe isongwe ngendlela eyi-cylindrical, inhloso yayo okuwukuthuthukisa amandla kazibuthe angaphakathi. Yakhiwe ngama-conductor (okungaba izintambo ezingenalutho noma izintambo ezipendiwe) ezizungeze ishubhu le-insulating, futhi ngokuvamile inomoya owodwa kuphela. Ake sikhulume ngomsebenzi wayo oyinhloko ngokuningiliziwe.

Okokuqala, vula:

kulawo ma-circuits ane-low-frequency, ingasetshenziswa ukuvimba i-low-frequency alternating current. Ukuze isekethe ye-DC edonsayo ingaguqulwa ibe yisekethe ye-DC emsulwa, ukuze ibone ukuphuma kwesekethe yokulungisa kabusha phakathi kwama-capacitor amabili okuhlunga, futhi ikhoyili yokuminyanisa kanye ne-capacitor kungakha isifunda sokuhlunga. Ngokuqondene ne-high-frequency circuit, ingakwazi ukuvimbela ngokuphumelelayo i-high-frequency current kusukela ekugelezeni ekupheleni kwe-low-frequency.

Okwesibili, ukuhlunga:

umsebenzi wokuhlunga uyafana nethiyori engenhla. Inhloso yayo eyinhloko ukuhlela kahle i-pulsating DC yamanje ukuze igeleze kumjikelezo we-DC ohlanzekile owakhiwe ama-electrolytic capacitor amabili, ukuze umjikelezo wenziwe lula futhi izindleko zokukhiqiza zincishiswe. I-DC ehlanzekile ingatholakala ngokushaja nokukhipha i-capacitor futhi uvule i-DC current ngokuklinya ikhoyili kagesi, kanti i-DC yamanje ingashelela kahle ngokuvimbela i-AC.

Okwesithathu, ukushaqeka:

ukulungiswa kuwukushintsha i-AC ibe yi-DC, futhi ukushaqeka kuwukushintsha i-DC ibe yi-AC. Isekhethi eqeda le nqubo ibizwa ngokuthi i- impact device. I-waveform yedivayisi yomthelela ingahlukaniswa ibe yi-ladder wave, igagasi lesikwele, igagasi elijikelezayo elihle, igagasi le-sawtooth njalonjalo. Ububanzi bemvamisa kungaba ama-hertz ambalwa noma amashumi e-gigahertz.

Uyini umsebenzi oyinhloko wekhoyili ye-electromagnetic inductance? Kusukela kusingeniso esingenhla, singakwazi ukwazi ukuthi idlala indima ebalulekile ekushayeni, ukuhlunga kanye ne-oscillation.