OLED 2.23 inch 128x32dots yellow color extended temp

Key Specifications/Special Features:

LCD type: OLED
Numbert of dots: 128x32
Modulde dimension: 62.0x24.0x2.0mm
Activie area: 55.02x13.1mm
Dot size: 0.41x0.39mm
Dot pitch: 0.43x0.41mm
Driving duty: 1/32
Display color: yellow
IC: SSD1305
Operating temp: -40--85 C deg

Any third-party trademarks or images shown here are for reference purposes only. We are not authorized to sell any items bearing such trademarks.

One, digital interface LCD Display Module

    Liquid crystal displays are all digital, unlike cathode-ray tube color displays that use analog interfaces. In other words, with the LCD display, the graphics card no longer needs to convert the digital signal into an analog signal and then output it as usual. In theory, this will make color and positioning more accurate and perfect Transparent OLED.

Two, the "body" is well-proportioned and small Passive matrix OLED

    Traditional cathode ray tube monitors always have a heavy ray tube behind them. The liquid crystal display breaks through this limitation and gives people a brand new feeling. Traditional displays emit electron beams to the screen through an electron gun, so the tube neck of the picture tube cannot be made very short. When the screen is increased, the volume of the entire display will inevitably increase. The liquid crystal display achieves the display purpose by controlling the state of the liquid crystal molecules through the electrodes on the display screen. Even if the screen is enlarged, its volume will not increase proportionally, and its weight is much lighter than the traditional display with the same display area Project Touch panel.

Three. Low power consumption Active Matrix LCD

    A traditional display consists of many circuits. When these circuits drive the cathode ray tube to work, they need to consume a lot of power, and with the continuous increase in volume, the power consumed by the internal circuit will definitely increase. In contrast, the power consumption of a liquid crystal display is mainly consumed on its internal electrodes and driving IC, so the power consumption is much smaller than that of a traditional display.