OLED1.3 LCD Screen Small Screen 128 * 64 4-PIN Module IIC Ch1116 Driver SPI/IC White Light
OLED1.3 LCD Module
Key Benefits:
- Clear and concise display
- Compact and easy to integrate
- Durable and reliable performance
- Cost-effective display solution
- Customizable to meet specific requirements
Target Industries and Applications: Target Industries and Applications: This 1.3-inch OLED module features a 128×64 resolution with self-luminous OLED display technology, ensuring ultra-high contrast ratio and crisp visual performance under all ambient light conditions. Equipped with I2C & SPI dual communication interfaces and integrated driver IC, it supports ultra-low power consumption and stable signal transmission. With wide operating temperature adaptability and compact lightweight structure, it delivers stable long-term working performance in diverse environments, suitable for industrial control, wearable devices, smart instruments, consumer electronics, and smart device applications.
Product Attributes
Technical Specifications
| Attribute | Value |
|---|---|
| Display Mode | OLED 1.3 |
| Hign-concerned Chemical | None |
| Resolution | 128*64 |
| is_customized | Yes |
| Model Number | OLED 1.3 |
| Type | OLED |
| Origin | Mainland China |
| Outline Dimension | 35.5×33.6×11.3mm |
| View Size | 31.42×16.7mm |
| Controller | SH1106 |
1. LCD size: The maximum overall size or viewing area size, which size should be specified when providing it
2. LCD thickness: The thickness of conventional single glass is divided into 0.55mm,0.7mm, and 1.1mm
3. Display mode: Generally, there are five display modes: TN, HTN, STN, FSTN, and VA. Additionally, it is necessary to provide positive or negative display.
4. Generally, the VA screen is used for negative display
5. Polarizer type: fully transparent (with or without backlight), semi transparent (with or without backlight), reflective (without backlight)
6. Working temperature: 0 °C~+50 °C, -10 °C~+60 °C, -20 °C~+70 °C, -30 °C~80 °C,-40°C~+90°C
7. Connection method: metal pins, zebra stripes, FPC, etc
8. Working voltage: determined according to customer requirements
9. Drive method: commonly used 1/4DUTY 1/3BAIS according to customer requirements
10. Driver IC: The commonly used IC for segment code screens is usually 1621 or 1622
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