0.96 inch TFT Modules | 80x160 SPI TFT Display | ST7735S Controller Now Available!
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0.96 inch TFT Modules | 80x160 SPI TFT Display | ST7735S Controller
0.96 inch TFT Modules adopts a normally black panel design, supports a 4-wire 8-bit data serial interface, has a built-in driver circuit (driver chip is ST77355<TFI>), and an operating voltage of +3.2V±0.2V. The 0.96 inch TFT Modules can operate stably at an ambient temperature of -20℃ to +70℃, and a storage temperature range of -30℃ to +80℃, suitable for a variety of industrial and consumer application scenarios. The typical brightness of the display is 400cd/m² (under constant current test conditions), and supports typical viewing directions such as U80/080/L80/R80 to ensure visual experience at different angles.
The 0.96 inch TFT Modules pin definition includes signal interfaces such as GND, VC1, SOL, SDA, etc., among which BLEN is the backlight control pin. In order to extend the service life of the screen, special attention should be paid to avoid displaying static images for a long time. It is recommended that the fixed pattern display time should not exceed 2 minutes, and the content should be refreshed regularly or switched to a black screen or dynamic image as a screen saver. The physical dimensions are precisely marked, and key parameters such as 24.00±0.2CPGB and 30.00±0.2CPGB reflect the high-precision manufacturing process of the module. The details of the non-pin spacing and needle length (such as 2.54mm non-pin spacing) further ensure the installation compatibility.
The 0.96 inch TFT Modules and version information are clearly marked, the design drawing ratio is 1:1, the tolerance control is strict, and it meets the industrial-grade reliability requirements. The backlight condition has a built-in drive circuit, and it can also work stably under non-light drive conditions. This module is suitable for equipment with high requirements for display performance and environmental adaptability, such as industrial control panels, portable instruments and other scenarios.
