PRODUCT DESCRIPTION
This screen is compatible with the EGS002 wave inverter driver board. The EGS002 features an LCD display interface, enabling users to test the EG8010 chip’s display functionality. To connect the EGS002 driver board with the LCD and prevent interference from the high voltage and current of the inverter, a shielded cable is required. The EG8010 chip supports two types of LCDs: the default 12832 LCD or the specially designed LCD3220. Since these LCDs utilize different drivers, users must specify if they wish to purchase the LCD3220.
Application:
- Here is the rewritten text:- Inverter for single-phase pure wave
– Inverter for photovoltaic power
– Inverter for wind power
– System for uninterruptible power supply
– System for digital generator
– Power supply with medium frequency
– Speed controller for single-phase motor
– Inverter for single-phase
– Dimmer for wave
– Voltage regulator for wave
– Generator for wave
Package Includes:
1 x Pure Sine Wave Inverter Driver Board EGS002 Display Screen
Technical Specifications
| Model | EGS002 |
|---|---|
| SKU | AI3318 |
| Weight | 0.02 kg |
| Availability | Out of Stock |
Applications & Use Cases
The Pure Sine Wave Inverter Driver Board EGS002 Display Screen is a versatile tft lcd displays used across a wide range of applications including embedded HMI interfaces, Raspberry Pi touchscreen projects, Arduino display projects, industrial control panels, and information kiosks.
Common use cases:
- Adding a touch display to a Raspberry Pi project
- Building a portable game console
- Creating a dashboard for sensor data
This product is ideal for embedded developers, IoT makers, and industrial engineers.
Technical Tip: Check interface type (SPI, I2C, HDMI, RGB) and driver IC compatibility with your development board. IPS panels offer better viewing angles than TN.
Shipping & Delivery
- Free shipping on orders above ₹999 across India
- Dispatched within 1-3 business days
- Expected delivery: 3-7 business days depending on location
- Secure packaging to ensure safe transit of electronic components


