Imishini yokwakha i-excavator roller forklift hydraulic coil solenoid valve coil

I-Quality factor noma i-Q factor iyipharamitha engena-Dimensionless ku-physics nobunjiniyela. Inani elibonakalayo elimele indawo yokudambisa isidlidlizi, futhi lingamela nobukhulu bemvamisa ye-resonance yesidlidlizi ngokuhlobene nomkhawulokudonsa. Isici esiphezulu se-Q sibonisa ukuthi izinga lokulahlekelwa amandla lesidlidlizi lihamba kancane futhi ukudlidliza kungahlala isikhathi eside. Isibonelo, i-pendulum elula ehamba emoyeni ine-Q factor ephezulu, kuyilapho i-pendulum elula ehamba emafutheni ine-Q factor ephansi. Ngokuvamile, ama-oscillator ane-Q factor ephezulu anomswakama omncane. Lapho i-oscillator ene-Q factor ephakeme izwakala, i-amplitude eduze nemvamisa ye-resonance inkulu, kodwa ububanzi bemvamisa ye-resonance buncane, obungabizwa ngokuthi i-bandwidth. Isibonelo, umjikelezo wokushuna kumamukeli womsakazo unesici esiphezulu se-Q, ngakho-ke kunzima ukulungisa umamukeli kumafrikhwensi athile, kodwa ukukhetha kwawo kuhle futhi kunomthelela omuhle ekuhlungeni amasignali eziteshi eziseduze. i-spectrum. I-oscillator ene-Q factor ephezulu ingakhiqiza i-resonance ebangeni elincane lefrikhwensi futhi izinzile. Isici se-Q sesistimu singahluka kakhulu ngezinhlelo zokusebenza nezimfuneko ezahlukene. I-q factor yamasistimu egcizelela izici zokudambisa (njengama-dampers ukuvimbela iminyango ukuthi ivaleke ngokuzumayo) ingu-2, kuyilapho i-q factor yamawashi, amalaser noma amanye amasistimu adinga i-resonance eqinile noma ukuzinza kwamafrikhwensi iphezulu. I-q factor yemfoloko yokushuna icishe ibe ngu-1000, futhi i-q factor ye-superconducting radio frequency ewashini le-athomu, i-accelerator noma i-optical resonant cavity ingafinyelela ku-10.11 noma ngaphezulu. Umqondo we-Q factor uvela kubunjiniyela be-elekthronikhi ukuze kuhlolwe "ikhwalithi" yesekhethi yokushuna noma amanye ama-oscillator.