Idatha ye-ATMXT1189T-ATR
I-maXTouch® Adaptive Sensing Touchscreen Technology
1.Kufikela ku-32 X (dlulisa) imigqa kanye nemigqa engu-52 Y (thola)
2.Ubuningi bezindawo eziyi-1188 bunganikezwa i
isikrini sokuthinta
3.Usayizi wesikrini esithintwayo 10.99 amayintshi (16:10 ukubukeka kwesilinganiselo),
ithatha inzwa ye-electrode pitch engu-5.5 mm.Okunye
osayizi bangenzeka nge-electrode pitches ehlukene
kanye nempahla yenzwa efanele
4.Ukusekelwa kokuthinta okuningi okufika ku-16 ngesikhathi esisodwa
ukuthinta kulandelelwe ngesikhathi sangempela
Izicelo Zezimoto
I-1.AEC-Q100 Ifanelekile
2.Ithuthukiswe ngokulandela I-Automotive SPICE® Level 3
izinqubo eziqinisekisiwe
3.CISPR-25 iyahambisana (kokubili kokubili kanye nawe uqobo
izilinganiso zamandla)
Ubuchwepheshe benzwa yokuthinta
1.Ukwesekwa kwe-Discrete/out-cell okuhlanganisa ingilazi nezinzwa zefilimu ye-PET
2.On-cell/touch-on display support kuhlanganise TFT, IPS kanye ne-OLED
3.Ukuvumelanisa ngekhono lokubonisa isikhathi lokuvuselela kabusha
4.Ukusekela okujwayelekile (isibonelo, Idayimane) namaphethini enzwa yobunikazi (ukubuyekezwa kwemiklamo ye-Microchip kunconyiwe)
I-Front Panel Material
1.Isebenza nge-PET noma ingilazi, kufaka phakathi amaphrofayili agobile
(ukulungiswa kanye nokunqwabelanisa kuzogunyazwa yi-Microchip)
2.Ingilazi engu-0.4 mm ukuya ku-4 mm nesitaki se-GFF, 0.55 mm ukuya ku-4 mm nesitaki se-OGS (kuncike kusayizi wesikrini, usayizi wokuthinta, ukumisa nokunqwabelanisa)
3.Ipulasitiki engu-0.2 mm ukuya ku-3 mm (kuncike kusayizi wesikrini, usayizi wokuthinta, ukumisa nokupakisha)
Thinta Ukusebenza
1.Isinxephezelo Somswakama/Amanzi
- Akukho ukuthinta okungelona iqiniso okune-condensation noma ukwehla kwamanzi kuze kufike ku-22 mm ububanzi
- Ukulandelela umunwe owodwa ngokujiya noma ukwehla kwamanzi kufika ku-22 mm ububanzi
2.Glove Support
- Igilavu yeminwe eminingi ithinta ugqinsi olufika ku-1.5 mm (kuncike ekwakhiweni kwesitaki)
- Igilavu yomunwe owodwa ukuthinta kuze kufike ku-5 mm ukujiya (kuncike ekwakhiweni kwesitaki)
3.Izilinganiso ze-Mutual capacitance ne-self capacitance zisekelwa ukuze kutholwe ukuthinta okuqinile
4.Ubuchwepheshe bokucindezela umsindo ukulwa ne-ambient kanye
umsindo wentambo yamandla
- Kufika ku-240 Vpp phakathi kuka-1 Hz no-1 kHz we-sinusoidal waveform
- Kufika ku-20 Vpp phakathi kuka-1 kHz no-1 MHz we-sinusoidal waveform
5.I-Burst Frequency
- I-controlled Tx burst frequency drift phezu kwenqubo kanye nebanga lokushisa
6.Skena isivinini
- Kufika ku-110 Hz isilinganiso sokubika somunwe owodwa (kuncike ekucushweni)
- Izinga lombiko elijwayelekile lokuthinta okungu-10 ³100 Hz(kuncike ekucushweni)
- Ukubambezeleka kokuqala kokuthinta <25 ms kokuthinta okokuqala kusuka kokungenzi lutho (kuncike ekucushweni)
- Iyalungiseka ukuvumela amandla kanye nokwenza kahle kwesivinini
Ukuthinta kwe-on-chip
1.Ibika ukuthinta okukodwa kanye nokuthinta okubili Okhiye
2.Kufikela kuma-node angama-32 anganikezwa njengokhiye benzwa ye-mutual capacitance (ngokuya ngokunye ukucupha)
3.Ubuchwepheshe be-Adjacent Key Suppression (AKS) busekelwa ukuvimbela ukuthinta kokhiye bamanga Ama-algorithms athuthukisiwe
4.Amalensi okugoba ama-algorithms ukususa umsindo wokubonisa
5.Ama-algorithms wokucindezela okuthintwa ukususa ukuthinta okukhulu okungahlosiwe, okufana nesundu
I-6.Palm Recovery Algorithm yokubuyisela ngokushesha esimweni esivamile
