1.54-inch E-paper display screen (b+w+r+y) 200x200
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E-Paper
Introduction
1. 200×200 high‑resolution square display area. Texts and icons feature crisp edges with high‑saturation red and yellow colors.
2. Full refresh: 20s, Fast refresh: 12s. The fast‑refresh speed is nearly 40% higher than conventional 4‑color e‑paper, delivering smooth screen transition without ghosting.
3. SPI interface, driven by JD79660 IC. Supports built‑in waveforms to simplify development process, presents vivid and sharp 4‑color display.
Specifications
| Model No. | DEPG0150RYF660F27 |
|---|---|
| Size | 1.54 inch |
| Driver IC | JD79660 |
| Type | Graphic Matrix |
| Resolution | 200×200 |
| PPI | 188 |
| Outline Dimension (mm) | 37.32×31.8×1.0 |
| Viewing Area (mm) | 27.00×27.00 |
| Pixel Pitch (mm) | 0.135×0.135 |
| Operating Temperature | 0℃~40℃ |
| Storage Temperature | -25℃~70℃ |
| Connector | 24 PIN, 0.5mm pitch |
| Interface | SPI |
| Display Colors | Black, White, Red, Yellow |
| Refresh Power (mW) | 4.8 |
| Standby Power (mW) | 0.0012 |
| Full Refresh Time (s) | 20 |
| Fast Refresh Time (s) | 12 |
| Weight (g) | 2.32±0.5 |
Hardware
1. Compatible with ESP8266, ESP32, STM32 and Arduino series motherboards, connected through an efficient SPI interface, and accompanied by detailed technical documentation and operation manuals to simplify the development process.
2. You can use the following dedicated test board to quickly and conveniently verify our program demo, effectively providing development progress.
(1) ESP8266 E-paper Development Kit
(2) ESP32 E-paper Development Kit
Size
FAQ
Q: How many colors can this 1.54‑inch e‑paper display?
A: It supports 4 fixed colors: black, white, red and yellow. Gradients and grayscale are not available.
Q: Is this screen suitable for making digital photo albums?
A: With 4‑color display and power‑off image retention, it works well for simple digital photo albums.
Q: Does this e‑paper need to work with a main controller board?
A: Yes. The e-paper cannot work standalone. It requires an external MCU main board via SPI interface.
Q: What driver IC is used for this 1.54‑inch e‑paper?
A: It adopts JD79660 driver IC with built‑in waveforms to simplify development.
Downloads