| Item | Typical valorem | Unitas |
| Magnitudo | 2.3 | Inch |
| Resolution | 320RGB* 240dots | - |
| Outling dimension | 51.00(W)*45.80(H)*2.3(T) | mm |
| Viewing area | 46.75(W)*35.06(H) | mm |
| Type | TFT | |
| Viewing directionem | 12 O' Horologium | |
| Genus connexionis: | COG + FPC | |
| Operating Temperature: | -20℃ -70℃ | |
| Repono siccus: | -30℃ -80℃ | |
| Exactoris IC: | ILI9342C | |
| Genus interfce; | MCU&SPI | |
| Splendor: | 200 CD/㎡ | |
Unde Pascha transitus temperatus liquoris cristalli materialis determinat operativae temperatus range liquoris crystalli propono fabrica.Tabula I ostendit necessitudine
Liquidum cristallinum materiam parametri pertinentes ac proprietates liquidi cristalli fabricae ostendunt ad eam pertinentes.Liquida materia parametri maxime patet crystal
Punctum Tp (punctum temperaturae transitus a periodo crystalli liquidae usque ad tempus isotropicum), curans punctum Ts.N (conversio a periodo nematico ad tempus smecticum vel tempus solidum)
Punctum temperatus), birefringentia anisotropica optically On, anisotropica dielectric Oε, elastica constans Kn (elastica constanti)
K22 (torsionale elasticum constans), K33 (flexum elasticum constans), viscositas gyratoria y etc.
| Parameter | Symbolum | Typical valorem | Comments |
| Defensionem punctum | Tclp | 80°C. | Maximilianus.Operating Temperature |
| Smectic-Nematic ltransition | Ts-N | - 40°C. | Min.Operating Temperature |
| Optical anisotropy | A n=n//-n L | 0.085=1.562-1 .477 | Decernit optical mores |
| Dielectric anisotropy | 0 ε=ε//_ε | 7=10.5-3.5 | IDetermines mores in electrica agro |
| Elasticae constantes | K11.K22, K33. | 10-11Newton | Magna responsio ad tempus |
| Viscositas gyratoria @20°C | Y 1 | 100 mPa s | Magna responsio ad tempus |
