Isibonakhulu se-3D sisebenzisa ubuchwepheshe obubonakalayo be-microscope yendabuko kanye nobuchwepheshe besimanje bevidiyo ye-elekthronikhi, ukuxazulula ngokuphelele isibonakhulu sendabuko esikhathini eside ukuze kubonwe ukushiyeka kokukhathala komuntu, ukutholwa kwesithombe se-CCD esisebenza kahle kakhulu, ukuboniswa kwe-LCD kokulungiswa okuphezulu, ukubuyiselwa kwesithombe kuyiqiniso;shintsha isibonakhulu ukubhekwa okukodwa kwezinhlangothi ezimbili, ukunikeza into ebhekiwe ingazungezisa ukubhekwa kwezinhlangothi ezintathu, kuthuthukise kakhulu uhla lokubheka lwesibonakhulu.
Isibonakhulu se-3D singanquma kalula indawo yokubuka;wonke umshini uhlanganisa izithombe zokukhulisa, isibonisi, ukukhanya kwe-LED nokubeka indawo, ngomklamo ohlangene nokonga isikhala futhi kulula ukuwusebenzisa, ongasetshenziswa kalula ezimbonini nasezinkundleni ezihlukahlukene.
Idivayisi ifinyelela kokubili ukulungiswa okuphezulu kanye nenkundla enkulu yokubuka ngokusebenzisa ukusebenza okulula, futhi ngokuhlanganisa ndawonye izithombe ze-2D, ukujula kwenkundla, kanye ne-3D, lokhu kwenza inkambu yokubuka inwetshwe izikhathi eziningi, okuvumela ukubhekwa kwezingxenye ezazikade zike zadlula. akubonwa ngamehlo engqondo.Khona-ke, nge-lens ene-aberration ephansi, ukulungiswa okuhle kakhulu kanye nobuchwepheshe obuphezulu be-optical assembly, izithombe zekhwalithi ephezulu ezinokuhlanekezela okucacile, okuphansi kanye nokukhiqizwa kombala okuphezulu kufinyelelwa.
Isikhathi sokuthumela: Oct-21-2022