Ba indicateurs techniques ya .Ecran tactile capacitif .bazali boye:
Bosikisiki: 99% ya bosikisiki.
Matériel : Matériel ya verre oyo ekoki ko gratter mobimba te (mohs durcissement 7h), oyo ezali facilement ko gratter te mpe kolata yango na biloko ya makasi, mpe etalisami te na ba sources communes ya pollution lokola mayi, moto, radiation, courant statique, poussière to mafuta. Ezali mpe na mosala ya kobatela miso ya ba lunettes.
Sensibilité: Na se ya ba onces mibale ya makasi ekoki ko sentir, mpe eyano ya mbangu ya moke koleka 3ms.
Polele: Ba traitements misato ya likolo (Polish, Match, Industriel) ezali. MTBF ya contrôleur ya SMT ezali koleka ngonga 572.600 (na Milhandbook-217-F1).
Bomoi ya kosimba: Likambo nyonso ekoki koyika mpiko na koleka 50 millions ya kosimba, mpe curseur ekokende te nsima ya calibration moko.
Technologie ya touch capacitif ezali technologie ya kosimba oyo esalelaka ba changements na capacité oyo esalemi tango mosapi epusani na panneau tactile capacitif. Capacitive Touch ezali na deux paramètres ya capacité ya ntina. Moko ezali capacité ya détection entre mosapi na matériel ya détection ya likolo (lokola Ito), mpe mosusu ezali entre matériel de détection (lokola ba couches ya likolo mpe ya se ya ITO) to entre matériel de détection na panneau optique. Capacitance parasitaire entre (lokola Ito na LCD).
Capacitance parasitaire ekosalema kati na ba conducteurs, mpe tango conducteur ya mosapi akopusana pene ya ba conducteurs ya détection ya ba tensions différentes, ba changements ya capacité induite ekosalema mpe. Effet ya détection ya capacité ezali ndenge nini ko détecter changement ya moke na capacité ya détection ya 0,1 à 2 unités PF na se ya valeur ya capacité parasitaire ya munene (30 pico farad; PF). Technologie ya touch capacitif ezali relativement stable mpe très fiable.With the characteristic that the human body is a capacitive body, the capacitance change generated when touching the touch panel achieves the sensing touch effect.Christopher Ard, director of marketing at Atmel, pointed out that the sensor design can be a single-sided ITO pattern for the lowest functional interface, such as a single touch point for large virtual buttons, sliders and other applications, but the more common implementation is a two-layer design (separate X and Y layers), which requires more complex performance mpe bosikisiki.
