I-ATMXT1189T-ATR
I-maXTouch® i-Adaptive Sensing Touchscreen Technology
1.Ukuya kwi-32 X (yokuhambisa) imigca kunye ne-52 Y (fumana) imigca
2.Ubuninzi beendawo eziyi-1188 ezinokwabelwa
isikrini esibanjwayo
3.Isikrini sokuchukumisa ubungakanani 10.99 intshi (16:10 umlinganiselo we-aspect ratio),
Ukuthatha i-sensor ye-electrode pitch ye-5.5 mm.Okunye
ubungakanani bunokwenzeka ngeepitshi ezahlukeneyo ze-electrode
kunye nemathiriyeli yoluvo olufanelekileyo
4.Inkxaso yokucofa okuninzi ukuya kuthi ga kwi-16 ngexesha elinye
Ukuchukumisa okulandelwa ngexesha lokwenyani
Izicelo zeemoto
I-1.AEC-Q100 ifanelekile
2.Iphuhliswe ngokulandela iNqanaba lesi-3 le-SPICE® leZimoto
iinkqubo eziqinisekisiweyo
I-3.CISPR-25 iyahambelana (yokubini kunye nesiqu sakho
imilinganiselo yesakhono)
Itekhnoloji yeSensor yokuchukumisa
I-1.Inkxaso ye-Discrete / out-cell equka iglasi kunye ne-PET filmbased sensors
I-2.On-cell / i-touch-on ukubonisa inkxaso kuquka i-TFT, i-IPS kunye ne-OLED
3.Ungqamaniso kunye nomboniso wokuhlaziya ukwenzeka kwexesha
4.Inkxaso yomgangatho (umzekelo, iDayimane) kunye neepateni zesivamvo sobunikazi (uphononongo loyilo lweMicrochip olucetyiswayo)
Isixhobo sePaneli engaphambili
1.Isebenza nge-PET okanye iglasi, kubandakanywa neeprofayili ezigobileyo
(uqwalaselo kunye nokupakishwa-up ukuba kuvunywe Microchip)
I-2.Iglasi ye-0.4 mm ukuya kwi-4 mm kunye ne-GFF stack, 0.55 mm ukuya kwi-4 mm kunye ne-OGS stack (ixhomekeke kubukhulu besikrini, ubungakanani bokuchukumisa, ulungelelwaniso kunye nokupakisha)
3.Plastiki 0.2 mm ukuya kwi-3 mm (ixhomekeke kubungakanani besikrini, ubungakanani bokuchukumisa, ubumbeko kunye nokupakishwa)
Touch Performance
1.Ukufuma/Imbuyekezo yaManzi
- Akukho kuchukunyiswa okungeyonyani kunye ne-condensation okanye ukuhla kwamanzi ukuya kuma-22 mm ububanzi
- Ukulandelela umnwe omnye ngokujiya okanye ukuhla kwamanzi ukuya kuma-22 mm ububanzi
2.Inkxaso yeGlove
-Iglavu yeminwe emininzi ichukumisa ukuya kuthi ga kwi-1.5 mm ubukhulu (ngokuxhomekeke kuyilo lokupakisha)
-Iglavu yomnwe omnye ukuya kuthi ga kwi-5 mm ubukhulu (ngokuxhomekeke kuyilo lokupakisha)
I-3.I-Capacitance ye-Mutual kunye ne-self-capacitance measurements exhaswayo ukuze kubonwe ukubamba okuqinileyo
I-4.Iteknoloji yokunciphisa i-Noise ukulwa ne-ambient kunye
ingxolo yentambo yombane
- Ukuya kuthi ga kwi-240 Vpp phakathi kwe-1 Hz kunye ne-1 kHz i-sinusoidal waveform
Ukuya kuthi ga kwi-20 Vpp phakathi kwe-1 kHz kunye ne-1 MHz i-sinusoidal waveform
5.UkuQhutywa kweFrequency
- Ukulawulwa kwe-Tx kuqhume ukukhukuliseka ngaphezulu kwenkqubo kunye noluhlu lobushushu
6.Scan Isantya
Ukuya kuthi ga kwi-110 Hz inqanaba lokunika ingxelo ngomnwe omnye (ngokuxhomekeke kuqwalaselo)
- Umlinganiselo wengxelo oqhelekileyo wokuchukumisa i-10 ³100 Hz(ngokuxhomekeke kuqwalaselo)
-Umva wokubamba kokuqala <25 ms ngokubamba kokuqala ukusuka kokungenzi nto(ngokuxhomekeke kuqwalaselo)
-Inoqwalaselo ukuvumela amandla kunye nesantya sokusebenza
On-chip Izijekulo
1.Uxela ukubamba okukodwa kunye nezijekulo ezimbini zokuchukumisa Izitshixo
2.Ukuya kuthi ga kwi-32 nodes inokwabiwa njengezitshixo ze-mutual capacitance sensor (ngokuxhomekeke kwezinye izilungiso)
3.Itekhnoloji ye-Adjacent Key Suppression (AKS) ixhaswa kuthintelo lwesitshixo sobuxoki Ukuphuculwa kwee-algorithms
4.I-Lens yokugoba i-algorithms yokususa ingxolo yokubonisa
5.Touch suppression algorithms ukususa ukubamba okukhulu ngokungeyonjongo, njengesundu
I-6.Palm Recovery Algorithm yokubuyisela ngokukhawuleza kwimeko yesiqhelo
