Sida qalab cusub oo wax gelin ah, shaashadda taabashada hadda waa habka ugu fudud, ugu habboon uguna dabiiciga ah ee isdhexgalka aadanaha iyo kombuyuutarka.
Shaashadda taabashada, oo sidoo kale loo yaqaan "screen touch" ama "taabasho taabasho", waa qalab soosaar dareere crystal ah kaas oo heli kara calaamadaha soo-gelinta sida xiriirada; marka badhamada garaafyada ee shaashadda la taabto, habka jawaab celinta taabashada ee shaashadda waxay awood u yeelan kartaa Qalabyo kala duwan oo isku xira ayaa loo kaxeeyaa iyada oo loo eegayo barnaamijyada horay loo qorsheeyay, kuwaas oo loo isticmaali karo in lagu beddelo muraayadaha badhanka farsamada iyo abuurista maqal iyo muuqaal muuqaal ah iyada oo loo marayo shaashadaha LCD. Meelaha ugu muhiimsan ee laga codsado shaashadaha taabashada Ruixiang waa qalab caafimaad, goobo warshadeed, aaladaha gacanta lagu qaato, Smart Home, isdhexgalka aadanaha iyo kombuyuutarka, iwm.
Kala soocida shaashadda taabashada caadiga ah
Waxaa jira dhowr nooc oo waaweyn oo ah shaashadaha taabashada suuqa maanta: shaashadaha taabashada iska caabinta, shaashadaha taabashada awoodda dusha sare iyo muraayadaha taabashada awoodda inductive, mowjadda acoustic ee dusha sare, infrared, iyo ruxruxo foorarsan, digitizer firfircoon iyo shaashado muuqaal muuqaal ah. Waxaa jiri kara laba nooc, hal nooc ayaa u baahan ITO, sida saddexda nooc ee ugu horreeya ee shaashadda taabashada ah, nooca kalena uma baahna ITO qaab-dhismeedka, sida noocyada dambe ee shaashadaha. Waqtigan xaadirka ah suuqa, shaashadaha taabashada iska caabinta ah iyo shaashadda taabashada awoodda leh ee la adeegsanayo agabka ITO ayaa ah kuwa ugu badan ee la isticmaalo. Kuwa soo socdaa waxay soo bandhigayaan aqoonta la xidhiidha shaashadaha taabashada, diiradda saaraya shaashadaha iska caabbinta iyo awoodda.
Qaab dhismeedka shaashadda taabashada
Qaab dhismeedka shaashadda taabashada caadiga ah wuxuu guud ahaan ka kooban yahay saddex qaybood: laba lakab oo iska caabin ah oo hufan, lakab go'doon ah oo u dhexeeya labada kirishbooyada, iyo electrodes.
Lakabka wax-iska-caabbinta: Substrate-ka sare wuxuu ka samaysan yahay caag, substrate-ka hoose wuxuu ka samaysan yahay quraarad, iyo conductive indium tin oxide (ITO) ayaa lagu dahaadhay substrate-ka. Tani waxay abuurtaa laba lakab oo ITO ah, oo ay kala soocaan qaar ka mid ah pivots go'doomin ah oo ku saabsan dhumucda kun-meeloodkii inch.
Electrode: Waxa uu ka samaysan yahay maaddooyin si fiican u dhaqdhaqaajinaya (sida qalin qalinka ah) , shaqadeeduna waxa ay 1000 jeer ka badan tahay ITO. (Guddiga taabashada awoodda leh)
Lakabka goonida ah: Waxay isticmaashaa filim laastikada ah oo aad u khafiif ah PET. Marka dusha sare la taabto, waxay u foorarsan doontaa hoos waxayna u oggolaan doontaa labada lakab ee daahan ITO ee hoose inay la xiriiraan midba midka kale si loo xiro wareegga. Tani waa sababta shaashadda taabashada ay ku gaari karto taabashada furaha. shaashadda taabashada awoodda dusha sare.
Shaashada taabashada iska caabin ah
Si fudud loo dhigo, shaashadda taabashada iska caabinta ah waa dareeraha isticmaala mabda'a dareenka cadaadiska si loo gaaro taabashada. shaashad iska caabin ah
Mabda'a shaashadda taabashada iska caabinta:
Marka farta qofku ku cadaadiyo dusha sare ee shaashadda iska caabinta, filimka laastikada ah ee PET ayaa hoos u foorarsan doona, taas oo u oggolaanaysa dahaarka sare iyo hoose ee ITO inay la xiriiraan midba midka kale si ay u sameeyaan barta taabashada. ADC waxa loo isticmaalaa in lagu ogaado danabka barta si loo xisaabiyo qiyamka isku xidhka dhidibka X iyo Y. shaashad taabashada iska caabin ah
Shaashado taabasho iska caabin ah ayaa inta badan isticmaala afar, shan, todobo ama sideed fiilo si ay u dhaliyaan danab eexda oo dib u akhri barta warbixinta. Halkan waxaan inta badan tusaale ahaan u soo qaadanaynaa afar sadar. Mabda'a waa sida soo socota:
1. Ku dar koronto joogto ah oo Vref ah X+ iyo X-electrodes, oo ku xidh Y+ ADC-xakamaynta sare.
2. Beerta korantada ee u dhaxaysa labada electrodes waxay si isku mid ah ugu qaybsan tahay jihada X+ ilaa X-.
3. Marka ay gacantu taabato, labada lakab ee korantada ayaa ku soo dhacaya barta taabashada, awoodda lakabka X ee barta taabashada ayaa loo jiheeyaa ADC ee ku xiran lakabka Y si loo helo Vx. shaashad iska caabin ah
4. Iyada oo loo marayo Lx/L=Vx/Vref, isku-duwayaasha dhibcaha x ayaa la heli karaa.
5. Si la mid ah, ku xidh Y + iyo Y- danabka Vref, isku-duwayaasha dhidibka Y-da ayaa la heli karaa, ka dibna ku xidh X+ electrode-ga ADC-da-sare si aad u hesho. Isla mar ahaantaana, shaashadda taabashada ee afar-xadhka ah ma heli karto oo keliya isku-duwayaasha X / Y ee xiriirka, laakiin sidoo kale waxay cabbiraan cadaadiska xiriirka.
Sababtuna waa mar kasta oo uu cadaadisku bato, xiriirku wuu sii kordhaa, iska caabintuna waa yaraaneysaa. Marka la cabbiro caabbinta, cadaadiska waa la qiyaasi karaa. Qiimaha danabku waxa uu la mid yahay qiimaha isku xidhka, sidaa awgeed waxa ay u baahan tahay in la qiyaaso iyada oo la xisaabinayo in uu jiro weecan qiimaha danab ee barta isku xidhka (0, 0). shaashad iska caabin ah
Faa'iidooyinka iyo khasaarooyinka shaashadda taabashada iska caabin ah:
1. Shaashadda taabashada iska caabinta waxay xukumi kartaa hal dhibic oo taabasho mar kasta oo ay shaqeyso. Haddii ay jiraan wax ka badan laba dhibcood oo taabasho ah, si sax ah looma xukumi karo.
2. Shaashado iska caabin ah waxay u baahan yihiin filimaan ilaalinaya iyo cabbirro soo noqnoqda, laakiin shaashadaha taabashada iska caabbinta ahi ma saameeyaan boodhka, biyaha, iyo wasakhda. shaashadda taabashada iska caabinta
3. Dahaarka ITO ee shaashadda taabashada iska caabinta ayaa ah mid khafiif ah oo fudud in la jebiyo. Haddii ay aad u dhumuc weyn tahay, waxay yaraynaysaa gudbinta iftiinka waxayna sababi doontaa milicsiga gudaha si loo yareeyo caddaynta. Inkasta oo lakabka ilaalinta caagga ah ee khafiifka ah lagu daray ITO, haddana way fududahay in la afeeyo. Waxaa waxyeelo u geysta shay; iyo sababta oo ah inta badan waa la taabtay, dildilaacyo yaryar ama xitaa qallafsanaan ayaa ka soo muuqan doona dusha ITO ka dib muddo cayiman oo la isticmaalo. Haddii mid ka mid ah lakabyada ITO ee dibedda uu dhaawacmo oo jabo, waxay lumin doontaa doorkeeda kaari ahaan iyo nolosha shaashadda taabashada ma noqon doonto mid dheer. . shaashadda taabashada iska caabinta
shaashado taabasho ah oo awood leh, shaashado taabasho ah
Si ka duwan shaashadaha taabashada iska caabinta ah, taabashada awooddu kuma tiirsan tahay cadaadiska farta si ay u abuurto oo ay u beddesho qiyamka danab si loo ogaado isku-duwayaasha. Waxay inta badan adeegsataa soo-gelinta jidhka bini'aadamka si ay u shaqeyso. muraayadaha taabashada capacitive
Mabda'a shaashadda taabashada awoodda leh:
Shaashadaha awoodda leh waxay ku shaqeeyaan shay kasta oo xajiya koronto, oo ay ku jiraan maqaarka aadanaha. Kharashka uu qaado jidhka bini'aadamka) Shaashado taabasho ah oo la taaban karo ayaa laga sameeyay maaddooyin ay ka mid yihiin alloys ama indium tin oxide (ITO), kharashkuna waxa lagu kaydiyaa shabakado-koronto-yar oo ka khafiifsan timaha. Marka fartu riixdo shaashadda, qadar yar oo hadda ah ayaa laga nuugi doonaa barta xiriirka, taasoo keenaysa hoos u dhac ku yimaada korantada koonaha, ujeedada xakamaynta taabashada waxaa lagu gaaraa iyada oo la dareemo daciifnimada hadda ee jidhka bini'aadamka. Tani waa sababta shaashadda taabashada ay u guuldareysato inay ka jawaabto markaan gashanno galoofyada oo aan taabno. shaashad taabasho ah oo la saadaaliyay
Kala saarista nooca dareemaha shaashadda awoodda leh
Marka loo eego nooca induction, waxaa loo qaybin karaa awoodda dusha sare iyo awoodda la saadaaliyay. Shaashado awood leh oo la saadaaliyay ayaa loo qaybin karaa laba nooc: Shaashado awood leh iyo shaashado awood wadaag ah. Shaashadda awoodda badan ee wadaagga ah ee caadiga ah waa tusaale, taas oo ka kooban koronto-wade iyo helidda electrodes. shaashadda taabashada awoodda dusha sare
Shaashada taabashada awoodda dusha sare:
Awoodda dusha sare waxay leedahay lakab ITO oo caadi ah iyo jir bir ah, iyadoo la isticmaalayo dareemayaal ku yaal afarta gees iyo filim khafiif ah oo si siman u qaybsan oo dhan dusha sare. Marka fartu riixdo shaashadda, farta bini'aadamka iyo shaashadda taabashada waxay u dhaqmaan sidii laba kirishbooyeyaal ah, oo midba midka kale u soo dhawaado si ay u sameeyaan capacitor isku-xir ah. Dhaqdhaqaaqa-sare ee hadda jira, capacitor-ku waa kaari toos ah, markaa fartu waxay ka soo jiidataa qulqul aad u yar barta xiriirka. Hadda waxa uu ka soo baxaa electrodes ee afarta gees ee shaashadda taabashada. Xoogagga hadda jira waxay la mid yihiin fogaanta farta ilaa korantada. Kantaroolaha taabashada ayaa xisaabiya booska barta taabashada. shaashad taabasho ah oo la saadaaliyay
Shaashada taabashada awoodda leh ee la saadaaliyay:
Hal ama in ka badan oo si taxadar leh loo qaabeeyey ayaa la isticmaalay ITO. Lakabyadan ITO waxa loo xardhay si ay u sameeyaan electrodes badan oo toosan iyo toosan, iyo jajabyo madax-banaan oo leh hawlo dareemi ah ayaa lagu jaangooyay safaf/timireed si ay u sameeyaan shax unug dareeme dhidibo leh oo awood la saadaaliyay. Faasasyada X iyo Y waxa loo istcimaalaa saf kala duwan iyo tiirar isku xidhka unugyada dareemaha si loo ogaado awooda unug kasta oo dareema shaashadda taabashada awoodda dusha sare
Xuduudaha aasaasiga ah ee shaashadda capacitive
Tirada kanaalada: Tirada khadadka kanaalka ee ku xiran chip ilaa shaashadda taabashada. Inta badan kanaalada jira, qiimaha sarreeya iyo aad u adag fiilooyinka. Karti-dhaqameed dhaqameed: M+N (ama M*2, N*2); awoodda labada dhinac: M+N; kor u qaadida awooda labada dhinac: M*N. muraayadaha taabashada capacitive
Tirada qanjidhada: Tirada xogta saxda ah ee lagu heli karo muunad. Inta badan ee noodhka jira, xogta badan ayaa la heli karaa, isku-duwayaasha la xisaabiyay ayaa aad u sax ah, iyo aagga xiriirka ee la taageeri karo waa yar yahay. Awood-nafta: waxay la mid tahay tirada kanaalada, awoodda labada dhinac: M*N.
Kala dheeraynta kanaalka: fogaanta u dhaxaysa xarumaha kanaalka ku xiga. Inta badan ee noodhku jiraan, waa in ay yareeyaan garoon u dhigma.
Dhererka koodka: kaliya dulqaadka labada dhinac ayaa loo baahan yahay si loo kordhiyo calaamadda muunada si loo badbaadiyo wakhtiga muunada. Qorshaha awoodda labada dhinac waxa laga yaabaa in ay calaamado ku yeeshaan khadadka wadista badan isku mar. Immisa kanaal ayaa leh calaamado waxay ku xiran tahay dhererka koodka (sida caadiga ah 4 kood ayaa u badan). Sababtoo ah dejinta codeeynta ayaa loo baahan yahay, marka dhererka koodku aad u weyn yahay, waxay yeelan doontaa saameyn gaar ah oo simbiriirixan leh. muraayadaha taabashada capacitive
Mabda'a shaashadda karti-xirfadeed ee la saadaaliyay shaashadaha taabashada awoodda
(1) Shaashadda taabashada awoodda leh: Electrodes-ka toosan iyo kuwa toosan labadaba waxaa wata hab dareemo hal-dhammaad ah.
Dusha sare ee muraayadda shaashadda taabashada awoodda iskeed u shaqeysa waxay isticmaashaa ITO si ay u sameyso qalabyo siman iyo toosan. Electrodes-ka tooska ah iyo kuwa toosan waxay sameeyaan capacitors oo leh dhulka siday u kala horreeyaan. Awood-qaadashadan waxaa badanaa loo yaqaannaa karti-is-karti. Marka fartu taabato muraayadda capacitive-ka, awoodda farta ayaa lagu dul-kordhin doonaa awoodda shaashadda. Waqtigan xaadirka ah, shaashadda is-xakamaynta waxay ogaataa isku-dhafka elektiroonigga ah iyo kuwa toosan waxayna go'aamisaa isku-duwayaasha tooska ah iyo kuwa toosan siday u kala horreeyaan iyadoo lagu saleynayo isbeddellada awoodda ka hor iyo ka dib taabashada, ka dibna taabo isku-duwayaasha isku-darka diyaarad.
Awoodda dulinku waxay kordhisaa marka fartu taabato: Cp'=Cp + Cfinger, halkaas oo Cp- ay tahay awoodda dulinka.
Marka la ogaado isbeddelka awoodda dulin, meesha ay fartu taabato ayaa la go'aamiyaa. muraayadaha taabashada capacitive
Tusaale ahaan u soo qaad qaab dhismeedka awoodda is-xakamaynta ee laba-lakabka ah: laba lakab oo ITO ah, koronto-dhal ah iyo mid toosan ayaa loo dejiyay siday u kala horreeyaan si ay u sameeyaan awood-is-awood, iyo kanaalada xakamaynta M+N. IPS LCD shaashad taabasho ah
Shaashada is-xakamaynta, haddii ay tahay hal taabasho, saadaasha jihooyinka X-axis iyo Y-axis waa mid gaar ah, isku-duwayaasha isku-dhafka ah ayaa sidoo kale ah mid gaar ah. Haddii laba dhibcood lagu taabto shaashadda taabashada oo ay labada dhibcood ku jiraan jihooyinka dhidibka XY ee kala duwan, 4 iskudubarid ayaa soo bixi doona. Laakiin sida iska cad, laba isku-duwan oo keliya ayaa dhab ah, labada kalena waxaa badanaa loo yaqaan "dhibcaha rooxaanta". IPS LCD shaashad taabasho ah
Sidaa darteed, sifooyinka mabda'a ah ee shaashadda is-xakamaynta ayaa go'aaminaya in kaliya lagu taaban karo hal dhibic oo aan lagu gaari karin taabasho badan oo run ah. IPS LCD shaashad taabasho ah
Shaashadda taabashada awoodda labada dhinac: Dhammaadka dirida iyo dhammaadka helaya way kala duwan yihiin oo si toos ah ayay isu gudbeen. taabasho badan oo awood leh
Isticmaal ITO si aad u samayso electrodes transverse and longitudinal electrodes. Farqiga u dhexeeya awoodda is-xakamaynta ayaa ah in awood-qaadiddu ay ka abuurmi doonto halka ay labada qaybood ee elektrodes-ku is-qabsadaan, taas oo ah, labada qaybood ee electrodes siday u kala horreeyaan waxay sameeyaan labada tiir ee awoodda. Marka ay fartu taabato shaashadda awoodda, waxay saamaysaa isku-xidhka labada electrodes ee ku dheggan barta taabashada, taas oo beddeleysa awoodda u dhexeysa labada electrodes. taabasho badan oo awood leh
Marka la ogaado awoodda labada dhinac, electrodes-ka jiifka ah waxay soo dirayaan calaamado xamaasad leh oo isku xiga, iyo dhammaan electrodes-ka toosan waxay helayaan calaamadaha isku mar. Sidan oo kale, qiyamka capacitance ee dhibcaha is-goysyada ee dhammaan electrodes-ka tooska ah iyo kuwa toosan ayaa la heli karaa, taas oo ah, xajmiga awoodda ee dhammaan diyaaradda laba-geesoodka ah ee shaashadda taabashada, si loo xaqiijiyo. taabasho badan
Awoodda isku xidhka ayaa hoos u dhacda marka fartu taabato.
Marka la ogaado isbeddelka awoodda isku-xidhka, booska ay taabato farta ayaa la go'aamiyaa. CM - capacitor isku-xidhka. taabasho badan oo awood leh
Tusaale ahaan u soo qaado qaab-dhismeedka awoodda-isku-dhafan ee laba-lakab ah: laba lakab oo ITO ah ayaa is-dul-saaran si ay u sameeyaan M*N capacitors iyo kanaalada xakamaynta M+N. taabasho badan oo awood leh
Farsamaynta taabasho badan waxay ku salaysan tahay shaashado taabasho ah oo is waafajin kara waxayna u qaybsantaa Multi-TouchGesture iyo Multi-Touch All-point technology, taas oo ah aqoonsiga taabasho badan ee jihada tilmaanta iyo booska taabashada faraha. Waxa si weyn loogu isticmaalaa aqoonsiga dhaq-dhaqaaqa moobilka iyo taabashada toban farood. Goobta sugitaanka Ma aha oo kaliya in la aqoonsan karo dhaq-dhaqaaqyada iyo aqoonsiga faraha badan, laakiin qaababka kale ee aan faraha lahayn ayaa sidoo kale la ogol yahay, iyo sidoo kale aqoonsiga iyadoo la isticmaalayo calaacasha, ama xitaa gacmo gashan gacmo gashi. Habka iskaanka Multi-Touch All-point wuxuu u baahan yahay iskaan gaar ah iyo ogaanshaha dhibcaha is-goysyada ee saf kasta iyo tiirka shaashadda taabashada. Tirada sawiradu waa badeecada tirada safafka iyo tirada tiirarka. Tusaale ahaan, haddii shaashadda taabashada ka kooban tahay safka M iyo tiirarka N, waxay u baahan tahay in la sawiro. Meelaha isgoysyadu waa waqtiyada M*N, si loo ogaado isbeddelka awood kasta oo labada dhinac ah. Marka ay jirto taabasho farta, awoodda labada dhinac ayaa hoos u dhacda si loo go'aamiyo meesha barta taabashada kasta. taabasho badan oo awood leh
Nooca qaab dhismeedka screen taabashada Capacitive
Qaab dhismeedka aasaasiga ah ee shaashadu wuxuu u qaybsan yahay saddex lakab oo kor ilaa hoos ah, galaas ilaalin ah, lakabka taabashada, iyo shaashadda bandhigga. Inta lagu jiro habka wax soo saarka ee shaashadaha taleefanka gacanta, muraayadda ilaalinta, shaashadda taabashada, iyo shaashadda waxay u baahan yihiin in lagu xiro laba jeer.
Mar haddii muraayadda difaaca, shaashadda taabashada, iyo shaashadda soo bandhigta ay maraan habka daajinta mar kasta, heerka wax-soo-saarka ayaa si weyn loo dhimi doonaa. Haddii tirada laminations la dhimi karo, heerka wax-soo-saarka ee lamination buuxa shaki la'aan waa la hagaajin doonaa. Waqtigan xaadirka ah, soosaarayaasha bandhigyada awoodda badan waxay u muuqdaan inay kor u qaadaan On-Cell ama In-Cell xalalka, taas oo ah, waxay u muuqdaan inay sameeyaan lakabka taabashada ee shaashadda; halka kuwa soo saarayaasha moduleka ah ama soosaarayaasha wax soo saara ay u janjeeraan OGS, taas oo macnaheedu yahay lakabka taabashada waxaa lagu sameeyay muraayad difaac ah. taabasho badan oo awood leh
Gudaha-Cell: waxa loola jeedaa habka loogu dhejiyo hawlaha guddi taabashada ee pixels dareeraha ah, taas oo ah, ku dhejinta hawlaha dareenka taabashada gudaha shaashadda, taas oo ka dhigi karta shaashadda mid khafiif ah oo fudud. Isla mar ahaantaana, shaashadda In-Cell waa in lagu dhejiyaa taabashada taabashada IC, haddii kale waxay si fudud u horseedi doontaa calaamadaha dareenka taabashada khaldan ama buuq xad dhaaf ah. Sidaa darteed, shaashadaha-Cell-ku waa kuwo iskood u kooban. taabasho badan oo awood leh
On-Cell: waxaa loola jeedaa habka loo dhexgeliyo shaashadda taabashada ee u dhexeysa substrate-ka midabka midabka iyo polarizer-ka shaashadda, taas oo ah, oo leh dareenka taabashada ee guddida LCD, kaas oo aad uga dhib yar In technology Cell. Sidaa darteed, shaashada taabashada ee ugu badan ee laga isticmaalo suuqa waa Shaashada Oncell. ip capacitive touch screen
OGS (Hal Muraayad ah): Tiknoolajiyada OGS waxay isku daraysaa shaashadda taabashada iyo muraayadda ilaalinta, waxay ku dabooshaa gudaha muraayadda ilaalinta lakabka ITO, waxayna si toos ah u qabataa daahan iyo sawir-qaadista muraayadda ilaalinta. Maadaama muraayadda ilaalinta OGS iyo shaashadda taabashada ay isku dhafan yihiin, badanaa waxay u baahan yihiin in la xoojiyo marka hore, ka dibna la daboolo, la xoqo, iyo ugu dambeyntii la gooyo. Sidan oo kale in muraayadda loo gooyo waa mid dhib badan, qiimo sare leh, waxsoosaarkiisu yar yahay, waxayna sababtaa dildilaacyo timo ah oo ka sameysan cidhifyada muraayadda, taas oo yaraynaysa awoodda muraayadda. ip capacitive touch screen
Isbarbardhigga faa'iidooyinka iyo khasaarooyinka shaashadaha taabashada awoodda leh:
1. Marka la eego daah-furnaanta shaashadda iyo saamaynta muuqaalka, OGS ayaa ugu fiican, waxaana ku xiga In-Cell iyo On-Cell. ip capacitive touch screen
2. caato iyo fudayd. Guud ahaan, In-Cell waa kan ugu fudud oo ugu khafiifsan, waxaa ku xiga OGS. Unuggu wax yar ayuu ka xun yahay labada hore.
3. Marka la eego xoogga shaashadda (caabbinta saamaynta iyo iska caabbinta hoos u dhaca), On-Cell ayaa ugu fiican, OGS waa labaad, iyo In-Cell waa kan ugu xun. Waa in la tilmaamaa in OGS ay si toos ah ugu dhejiso muraayadda ilaalinta Corning iyo lakabka taabashada. Habka habaynta ayaa daciifinaysa xoogga muraayadda, shaashadduna sidoo kale aad bay u jilicsan tahay.
4. Marka la eego taabashada, dareenka taabashada ee OGS ayaa ka fiican kan shaashadda-Cell/In-Cell. Marka la eego taageerada taabashada badan, faraha, iyo Stylus stylus, OGS runtii way ka fiican tahay In-Cell/On-Cell. Unugyada Intaa waxaa dheer, sababtoo ah shaashadda In-Cell waxay si toos ah u dhexgelisaa lakabka taabashada iyo lakabka dareeraha ah, qaylada dareemadu waa mid aad u weyn, waxaana loo baahan yahay chip taabasho gaar ah si loo shaandheeyo loona saxo. Shaashado OGS sidaas kuma xirna chips taabashada.
5. Shuruudaha farsamada, In-Cell / On-Cell way ka adag yihiin OGS, iyo xakamaynta wax soo saarka ayaa sidoo kale aad u adag. ip capacitive touch screen
Xaaladda shaashadda taabashada iyo isbeddellada horumarka
Horumarka joogtada ah ee tignoolajiyada, shaashadaha taabashada ayaa ka soo baxay shaashadaha iska caabinta ee la soo dhaafay ilaa shaashado awood leh oo hadda si weyn loo isticmaalo. Waayadan dambe, Incell iyo Incell touch screens waxay muddo dheer haysteen suuqa caadiga ah, waxaana si weyn looga isticmaalaa dhinacyo kala duwan sida mobilada, tablets-ka iyo baabuurta. Xaddidaadda shaashadaha capacitive-dhaqameed ee laga sameeyay filimka ITO waxay noqdeen kuwo aad iyo aad u cad, sida iska caabin sare, fududahay in la jebiyo, ay adagtahay in la qaado, iwm. Gaar ahaan meelaha qaloocan ama qalloocan ama dabacsanaan, korantada iyo gudbinta iftiinka shaashadaha awoodda liita. . Si loo daboolo baahida suuqa ee ah shaashadaha la taaban karo ee baaxadda weyn iyo baahida isticmaaleyaasha ee muraayadaha taabashada oo khafiif ah, dhuuban oo ka wanaagsan in la qabto, waxaa soo baxay muraayado qaloocsan oo laalaabi karo oo si tartiib tartiib ah loogu isticmaalo talefannada gacanta, muraayadaha taabashada baabuurta. suuqyada waxbarashada, shirarka fiidiyowga, iwm. Muuqaallo. Laab laabashada dusha qaloocan taabashada dabacsan waxay noqonaysaa isbeddelka horumarka mustaqbalka. ip capacitive touch screen
Waqtiga boostada: Seb-13-2023