Imodi yokuxhuma i-Thermosetting ikhoyili ye-valve ye-solenoid ye-pneumatic FN09303-G

Incazelo yekhoyili yokuminyanisa

Ikhoyili ye-electromagnetic yokuminyanisa amandla ashintshashintshayo.

Ukusetshenziswa kwe-coil reactance kuhambelana ngokuqondile ne-frequency, engavimbela ukuxhumana kwe-high-frequency yamanje futhi ivumele i-low-frequency ne-DC kudlule. Ngokusho kokungalingani kwemvamisa, i-air core, i-ferrite core kanye ne-silicon steel sheet core kusetshenziswa. Uma isetshenziselwa ukulungisa, ibizwa ngokuthi "ukuminyanisa kwesihlungi"; Ibizwa ngokuthi "ukuminya komsindo" lapho isetshenziselwa ukupholisa umsindo wamanje; Ibizwa ngokuthi "i-high-frequency choke" uma isetshenziselwa ukuvimbela imvamisa ephezulu yamanje. Ikhoyili ye-inductance esetshenziselwa "ukudlula i-DC kanye nokuxhumana okuvimbelayo" ibizwa ngokuthi yi-low frequency choke, kanti ikhoyili ye-inductance esetshenziselwa "ukudlulisa ifrikhwensi ephansi kanye nokuvimbela ifrikhwensi ephezulu" ibizwa ngokuthi yi-high frequency choke. Isimiso sokuminyanisa ikhoyili simane siwukuthi insimu kazibuthe ekhiqizwa ikhoyili izovimbela insimu kazibuthe ekhiqizwa amandla amanje ngenxa yokuzishintshanisa phakathi nesikhathi samanje esidlulayo, ngaleyo ndlela ibambezele ukudlula kwamanje. I-"low-frequency choke coil" ivimbela ugesi wokuxhumana ukuthi ungadluli ngoba isikhathi sokulibaziseka sifushane kunesikhathi esidingekayo ukuze ugesi wokuxhumana ushintshe indlela. Isikhathi sokulibaziseka "se-high-frequency choke coil" sincane kunesikhathi esidingekayo ukuze ukuxhumana kwefrikhwensi ephansi kushintshe indlela kodwa sikhulu kunesikhathi esidingekayo ukuze ukuxhumana kwe-high-frequency kushintshe indlela, ngakho-ke ukuxhumana kwe-low-frequency kungadlula kodwa kuphezulu- ukuxhumana kwemvamisa akukwazi.

Umthelela we-inductance, capacitance, kanye nobuhlalu kazibuthe phakathi kwezizathu ezimbili I-inductance ixhunywe phakathi kwezizathu ezimbili, ngokuvamile eziba nomthelela wokuvimbela imisebenzi ehlukene, njengokuthi isekethe ye-analog ixhunywe ngokwengxenye nesekhethi yedijithali, noma amandla amakhulu amanje. umhlabathi uxhumeke endaweni encane yokulawula isignali, njalonjalo. Umgomo wokuvimba, ukubeka kalula, ukuthi ungavimbela i-mutual crosstalk yezimpawu eziphazamisayo ze-high-frequency futhi uvimbele ukuguqulwa okungalindelekile kwamandla okubhekisela ngemisebenzi ehlukene. Kodwa-ke, i-inductance ngokuvamile ayifaneleki, ngenxa yekhono layo elisabalalisiwe, libonakala ngokucacile emazingeni aphezulu. Ukuhlelwa kobuhlalu kazibuthe kuhlukile ku-inductance, futhi akukho capacitance esabalalisiwe. Ngemvamisa ephansi, ilingana nesifunda esifushane, futhi emazingeni aphezulu, ilingana nokumelana. Amandla akhululwa ngendlela eshisayo, futhi umphumela wokuvimba muhle kakhulu.