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2.13 "Flexible Ink Bare Screen Electronic Paper e-Paper(D)/SPI Interface/Support Partial Refresh -69990
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2.13 "Flexible Ink Bare Screen Electronic Paper e-Paper(D)/SPI Interface/Support Partial Refresh -69990

2.13 Inch Flexible Ink Screen Module e-Paper Display SPI 212*104 Raspberry Pi 2.13 Inch Flexible Ink Screen 2.13'' Disply Module e-Pper Pnel Blck White SPI Interfce 212*104 Disply DIY for Rspberry Pi

    product detail

     

      The electronic paper used in this product uses "microcapsule electrophoresis display" technology for image display, which is basically, The principle is that charged nanoparticles suspended in a liquid are subjected to an electric field to cause migration. Electronic paper display, It is to reflect the ambient light to display the pattern, no need for backlight, even under the sun, electronic paper display, The screen is still clearly visible and the viewing angle is almost 180°. Therefore, the electronic paper display is very suitable read.
     
         2.13-inch flexible electronic ink screen with bare screen, compared to ordinary electronic ink screen, can be bent, not easy to break,Thinner and lighter weight. Inheriting the low power consumption of the electronic ink screen, basically only consumes power when refreshing, viewing angle Wide and power-off can still clearly display without backlight, power off can keep the last screen display content for a long time, etc.Advantages, suitable for industrial instruments such as curved surfaces and display applications such as smart wear.
     
    Product Parameters:
    • Working voltage: 3.3V

    • Communication interface: 3-wire SPI, 4-wire SPI

    • Dimensions: 59.2mm × 29.2mm × 0.3mm

    • Display size: 48.55mm × 23.71mm

    • Dot Distance: 0.229 × 0.228

    • Resolution: 212 × 104

    • Display color: black, white

    • Gray level: 2

    • Global refresh: 2s

    • Refresh power consumption: 26.4mW (typ.)

    • Standby power consumption: <0.017mW

    • Viewing angle: >170°

    • Operating temperature and humidity: 0 ~ 50 ° C 40 ~ 70% RH

                                               The data reference program uses a four-wire SPI