KyaftinKuna buƙatar fahimtar Mulsi {{0} taba ta hanyar ƙara yawan iyawarwar juna. A saukake, an raba allon zuwa cikin toshe da kuma saiti na karancin karfin ana saita su a cikin kowane yanki. Dukkansu suna aiki da kansu, don hakaAllon karfina iya zama yanayin taɓawa kowane yanki da aka gano shi da kansa, da kuma bayan aiki, Multi {0} taba yadda aka gano.
DaCapararriyar fasaha ta taɓa taɓawa(CTP) yana amfani da shigarwar na yanzu don amfanin jikin mutum don yin aiki. DaAllon karfishine hudu {0- layison allo allon. Injin ciki kuma mai dubawa na allon gilashin akwai mai rufi tare da Layer na ido (Nano Indium Tum ƙarfe Enter). Layermost Layer wani yanki ne mai kariya Layer gilashin gilashi tare da kauri daga 0.0015mm, kuma wani mai dubawa io shafi. A matsayinta na aiki, waɗanda aka zaɓa huɗu aka zana daga kusurwoyin huɗu, da kuma na ciki shine Layer Layer don tabbatar da yanayin aiki.
Lokacin da mai amfani ya taɓaAllon karfiSaboda wutar lantarki na jikin mutum, yatsan mai amfani da kuma wani aiki na samar da capacoritor. Saboda farfajiyar aiki yana da alaƙa da babban - yana ɗaukar ƙaramin halin yanzu, wanda ke gudana daga kusurwoyin huɗu na allo. A halin yanzu da ke gudana ta hanyar lantarki guda hudu shine daidaitaccen tsari zuwa nesa daga yatsa zuwa kusurwar huɗu. Mai sarrafawa yana lissafin matsayin Rawaye huɗu na yanzu daidai. Zai iya kaiwa 99% daidaito kuma yana da saurin mayar da martani sama da 3ms.
Fasahar taɓawa na panel panel panel ne etch daban dabi'ar da'ira akan yadudduka biyu na gilashin gilashin isowararrawa. Abubuwan da aka kirkiro a kan kayayyaki biyu suna cike da juna, kuma ana iya ɗaukar su azaman sandunan zamawa suna canzawa a cikin kwatance. Tun da tsarin X da Y YA ne a kan daban-daban saman, ana kafa kumburin capoctor a cikin hanyar shiga. Za'a iya amfani da sifar lamba ɗaya azaman layin tuki, ɗayan kuma a matsayin layin ganowa. Lokacin da na yanzu wucewa ta waya a cikin layin drive, idan akwai wata siginar kyalkyasawa daga waje, zai sa canji a cikin capacitance kumburi a kan wani Layer na waya. Canjin ƙimar da aka gano ta hanyar da'irar lantarki za'a iya samarwa ta hanyar lantarki da aka haɗa shi, sannan kuma ya canza matsayin sarrafa dijital don samun matsayin (x, y) matsayin (x, y) axis.
A yayin aiki, Mai sarrafawa a jere a kan layi zuwa layin drive, saboda haka an samar da takamaiman filin lantarki tsakanin kowane kumburi da waya. Sannan bincika shafi na layin da aka sa ido ta hanyar shafi na canza canji tsakanin mayaƙan ta, saboda haka yana iya aiwatar da Mulki da yawa. A lokacin da yatsa ko tabawa matso tsaye, mai sarrafawa da sauri yana gano canjin a cikin injiniya da waya, sannan kuma ya tabbatar da matsayin taɓawa. Irin wannan gumbarin sigar siginar ac, kuma amsar a samankariyar tabawaana lura da wayoyin lantarki a kan sauran gatura. Masu amfani suna kiran wannan 'ƙetarewa {{1} ofan' shigowa, ko tsinkaye. Sensor yayi leken asiri tare da X, Y Axis Thos. A lokacin da yatsa ya taɓa saman ƙayyadadden allon alide, ƙimar kyamarar a ƙasa yana ƙaruwa gwargwadon nesa. Cigaba da bincike akan firikwensin yana gano canjin a ƙimar kyamarar. Gurkar sarrafawa tana lissafa ɗaukar hoto kuma ya ba da rahoton shi ga processor.
