1. Magnetic lasifikan yana da electromagnet tare da ƙarfe mai motsi tsakanin sanduna biyu na maganadisu na dindindin.Lokacin da babu halin yanzu a cikin nada na electromagnet, baƙin ƙarfe core mai motsi yana jan hankali ta matakin matakin jan hankali na sandunan maganadisu biyu na maganadisu na dindindin kuma ya kasance a tsaye a tsakiya;Lokacin da halin yanzu ke gudana ta cikin nada, baƙin ƙarfe mai motsi yana yin maganadisu kuma ya zama magnetin sanda.Tare da canjin shugabanci na yanzu, polarity na maganadisu na mashaya shima yana canzawa daidai, ta yadda madaidaicin ƙarfe mai motsi ke juyawa a kusa da fulcrum, kuma girgizar ɗigon ƙarfe mai motsi yana ɗaukar shi daga cantilever zuwa diaphragm (mazugi na takarda) zuwa tura iska zuwa thermally girgiza.

2. Electrostatic lasifika Yana da lasifika da ke amfani da ƙarfin lantarki da aka ƙara a farantin capacitor.Dangane da tsarinsa, ana kuma kiransa da capacitor speaker saboda masu kyau da kuma na’urar lantarki suna gaba da juna.Ana amfani da abubuwa biyu masu kauri da tauri azaman kafaffen faranti, waɗanda za su iya watsa sauti ta cikin faranti, kuma farantin tsakiya an yi shi da sirara da kayan haske kamar diaphragms (kamar diaphragms na aluminum).Gyara da matsa kusa da diaphragm kuma kiyaye nisa mai yawa daga kafaffen sandar sandar.Ko da a kan babban diaphragm, ba zai yi karo da sandar kafa ba.
3. Masu magana da lantarki Mai magana da ke amfani da inverse piezoelectric tasirin kayan aikin piezoelectric ana kiransa lasifikar piezoelectric.Abun da ke faruwa cewa dielectric (kamar ma'adini, potassium sodium tartrate da sauran lu'ulu'u) ya zama polarized a ƙarƙashin aikin matsa lamba, yana haifar da yiwuwar bambanci tsakanin iyakar biyu na saman, wanda ake kira "tasirin piezoelectric".Tasirinsa na juzu'i, wato, nakasar nakasar dielectric da aka sanya a cikin wutar lantarki, ana kiranta "inverse piezoelectric sakamako" ko "electrostriction".