Dukanmu mun san cewa kayan aikin bincike na ultrasonic yana haifar da raƙuman ruwa na ultrasonic abin da ya faru (gudanar da raƙuman ruwa) kuma yana karɓar raƙuman raƙuman ruwa na ultrasonic (waves echo) ta hanyar bincike.Yana da muhimmin ɓangare na kayan aikin bincike, kamar idanun na'urar B-ultrasound, kuma yana da alaƙa da jikin mutum da kayan aiki.matsakaici.
Ayyukan binciken duban dan tayi shine canza siginar lantarki zuwa siginar ultrasonic ko akasin haka.Binciken na iya watsawa da karɓar duban dan tayi, kuma ya yi electro-acoustic da juyawa sigina.Yana iya juyar da siginar lantarki da mai watsa shiri ya aika zuwa siginar ultrasonic mai motsi mai tsayi, kuma yana iya canza siginar ultrasonic da ke nunawa baya daga kyallen takarda da gabobin zuwa siginonin lantarki.a kan na'ura mai kula da kwamfutar tafi-da-gidanka.Ana yin binciken ultrasonic ta amfani da wannan ka'idar aiki.A dunkule, yana mayar da siginar lantarki da na’urar na’urar (ultrasound) ke fitarwa zuwa manyan igiyoyin sauti masu tsayi da kuma watsa ta cikin jikin dan Adam, sannan kuma ta mayar da siginar da ake nunawa zuwa siginar lantarki sannan ya nuna ta a kan allo mai daukar hoto, kamar dai kifi kifi.Mitar ultrasonic da ke fitowa a cikin teku kamar jemagu ne ke yin la'akari da tazarar abubuwa ta hanyar nuna raƙuman sauti da dare.
Wafer da ke cikin binciken na iya haifar da nakasu na roba a ƙarƙashin ikon-kan jihar, ta haka ne ke haifar da raƙuman sauti na ultrasonic;akasin haka, lokacin da raƙuman sauti na ultrasonic ke wucewa ta cikin wafer, yana iya haifar da nakasawa na roba, wanda hakan ke haifar da canje-canjen ƙarfin lantarki, kuma a ƙarshe ya wuce ta Hukumar sarrafa siginar tana aiwatar da siginar lantarki daidai da canje-canje don kammala gano hoton abin da aka gano. .Ana kiran wannan tsarin aiki da tasirin piezoelectric (tasirin piezoelectric mai kyau da inverse).
Aiwatar da na kowa duban dan tayi a sassa daban-daban:
Aikace-aikacen binciken tsararru na convex (3.5MHz) a cikin ilimin mata da ilimin mata da hepatobiliary, pancreas, splin da koda
Binciken tsararrun layi (3.5MHz) don aikace-aikacen hanyoyin jini da ƙananan gabobin
Lokacin aikawa: Fabrairu-23-2022