Le mveliso sisixhobo semveliso yemizi-mveliso, ngesigqibo se-800 * 480, i-RGB ye-RGB, i-800CD / i-Walld ye-800, ixhasa umsebenzi wobushushu obuvela kwi-Intanethi ukuya kwi-80 ℃, kwaye ihambelane nendawo enabileyo e-Electromagnetic. Isetyenziswe ngokubanzi kwi-flowmeter, ihlalutyo, i-VOC Scitctor, ibhalansi, i-ionmeter kunye namanye amashishini.

Le screen TFT TFT STT SCT ibonisa isisombululo se-800 × 480 nge-RGB ye-RGB kunye ne-IPs-Jonga i-IP. Ixhotywe ngokukhanya okungekho mthethweni Iyakwazi ukusebenza kwi-30 ℃ ukuya kwi-80 ℃ I-80 Isetyenziswe ngokubanzi kwiimitha ezihambayo, abavalutstozers, i-VOC, ii-VOC, iibhalansi, izixhobo zokubala, kunye nezinye izixhobo zokuchaneka.

I-FSTEN DOT-Matrix LCD Screen, inomgangatho ofanayo ongafaniyo, ejonge ngokubanzi i-engile, kunye nokusetyenziswa kwamandla ophantsi, kumi njengesisombululo esifanelekileyo sokuhamba esiphelweni. Lo mboniso we-LCD usebenza kwimodi ye-FSTN nge-128 × 128 okanye i-128 × 64 × 64 × 64 × 64 isicatshulwa esimnyama esinegrey kunye ne-angles emnyama. Imodyuli ifake i-chips yomqhubi enziwe ngetekhnoloji ye-COG, ehambisa iprofayili ye-SLIM, ukusetyenziswa kwamandla ephantsi, kunye noluhlu lobushushu osebenzayo. Ixhotywe nge-SPI iqulthemitha ye-SPI okanye i-8-bit ye-8-bit

Le 128128 LCD DOT-Matrix ibonisa i-128 Iikholamu x128 Imigca yeephikseli. Ukusebenza kwimowudi ye-FSTN ene-Overlight emhlophe ye-LED, ihambisa umahluko omkhulu kunye nokujonga ngokubanzi ii-angles ze-angles ezibhaliweyo zeBlue-Mnyama kwiNtloko yeGrey. Imodyuli ibandakanya i-chip yokuqhuba eyenziwe isebenzisa itekhnoloji ye-COG, ukuqinisekisa uyilo olukhanyayo kunye nokusetyenziswa kwamandla okuphantsi. Ixhunyiwe nge-PI ye-SPI i-LCD Port kwi-Mcu, ivumela ukuba i-MUO, ivumela ukuba iguqule umfanekiso kunye nomboniso.

Izicelo ze-LCD kwezoLimo: Izixhobo zezoLimo kunye nezixhobo zokujonga. Inikezwe iindawo ezintsonkothileyo neziguqukayo, iimveliso ze-LCD ezihambelana nazo kufuneka zibonise ukuthembeka okuphezulu. Iimfuneko ezithile zibandakanya: Ukunganyamezeli ubushushu obubanzi, ukumelana nobushushu, ukunganyangeki okuphezulu, ukunyamezelana okuphezulu, ukubonakala okuthe tye, kunye ne-Liespan ephantsi. Iimveliso kufuneka zihlangabezane nemigangatho yokusebenza kwamandla amandla kwaye zilungelelanise kwibhetri okanye kwi-solar amandla.

ICandelo eliPhezulu lokuthembeka i-LCD: yahlukile kwizikrini eziqhelekileyo, ineempawu zobushushu obuninzi, i-anti-ulraviolet, ukubonakala okuphezulu, ukulungiswa okuphakathi, kwaye kungahambelani neemeko zebhetri okanye zelanga.

Le mveliso ingumdlalo oqinisekileyo weMini ngesigqibo seephikseli ezingama-128 × 32, i-I2C, kunye nokukhanya kwe-150cd / m². Isebenza ngaphakathi kuluhlu lobushushu lwe-40 ℃ ukuya kuma-70 ℃ kwaye ibone i-Ultra-ephantsi yokusebenzisa amandla e-ultra, ohlukileyo, kunye ne-engile ebanzi. Umxholo womboniso ucacile kwaye uvelele. Isetyenziswe ngokubanzi kwizicelo ezinjenge-pultheters, iipeyinti zefilimu, iimitha zokuhamba, izixhobo zegesi, kunye neqondo lobushushu kunye namandla e-suidis.

An i2c OLED display with a resolution of 128*32, I2C interface, ultra-low power consumption, ultra-high contrast and viewing Angle, and a wide operating temperature range of-40 to 70 degrees Celsius.

Le mveliso yimodyuli ye-cog ye-cog ye-cog ye-cog, ebonisa i-VA LCD. Isebenzisa inkqubo yemodyuli yeCOG kwaye idibanisa i-chip yokuqhuba. Isikrini se-LCD sisebenza kwimodi ye-VA kwaye iqhagamshelwe kwi-MCU eliyintloko nge-I2C, ukusebenzisa iFPC ngendlela yoqhagamshelo. Olu hlobo lwemodyuli yekristali ye-crystal inokwenziwa ngokwezifiso njengoko kufuneka, ihambisa umahluko ophezulu, ukujonga ngokubanzi, umgangatho wobushushu ogcweleyo, ukusetyenziswa kwamandla okusebenza, kunye noyilo olucekeceke, kunye nokusebenza okukhanyayo kunye nokusebenza okukhanyayo.

Imodyuli ye-VA ye-VA Supd Imodyuli, eyaziwa ngokuba nentembeko yayo ephezulu, intsebenzo ebalaseleyo, kunye nokusebenza ngendleko, iye yaba lukhetho olufanelekileyo lweenkqubo zokubonisa kwizithuthi ezincinci zombane. Le modyuli yeCog Suped Sed Codem ibonisa iscreen se-VA LCD, eyenziwa sisebenzisa inkqubo ye-COG kwaye idityaniswe ne-chip yokuqhuba. Isikrini se-LCD sisebenza kwimodi ye-VA kwaye iqhagamshelwe kwi-MCU eliphambili nge-I2C, ukusebenzisa i-FPC (isekethe eprintwe kwisekethe). Olu hlobo lwemodyuli ye-LCD lunokwenziwa ngokwezifiso ngokweemfuno ezithile, ukuhambisa ii-angles eziphezulu, ukubonakalisa ububanzi, umgangatho wobushushu ogqwesileyo, ukusetyenziswa kwamandla okusebenza, kunye nokusebenza okukhanyayo.

I-Valve yempendulo ekhawulezileyo i-LCD inokutshintsha ngokukhawuleza imeko yothumelo lokukhanya emva kokufumana umqondiso, isantya sokuphendula sinokufikelela kwi-0.1 i-milliseconds (i-100 ngokukhawuleza (i-100 ngokukhawuleza (i-100 ye-100 ikhawuleze kune-Blink yomntu); Imveliso incinci kwaye ilula, inokufezekisa ubukhulu be-1.2 mm; Unxibelelwano lunokwenziwa kwizikhonkwane okanye iFPC; Ungayithintela infrared, i-ultraviolet.

I-Valve yempendulo ekhawulezileyo i-LCD inokutshintsha ngokukhawuleza imeko yothumelo lokukhanya emva kokufumana umqondiso, isantya sokuphendula sinokufikelela kwi-0.1 i-milliseconds (i-100 ngokukhawuleza (i-100 ngokukhawuleza (i-100 ye-100 ikhawuleze kune-Blink yomntu); Imveliso icekeceke kwaye ilula, inokufezekisa ubukhulu be-1.2mm; Unxibelelwano lunokwenziwa kwizikhonkwane okanye iFPC; Ungayithintela infrared, i-ultraviolet.