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4.3 Inch 480x272 COF Display Resistive Touch UART

DWIN

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SKU:
353-DMG48270F043_01WTR
MPN:
DMG48270F043_01WTR
  • 100% Original Products
  • GST Invoice
  • Earn 3% Cashback
₹1,126.90 inc. GST
₹955.00 ex. GST
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Technical Specifications

Brand:
DWIN
Display Size:
4.3 inch
Resolution:
480x272
Display Panel:
TN, TFT LCD
Touch Type:
Resistive
View Angle:
Wide viewing angel, typical value of 70Deg/70Deg/30Deg/40Deg(L/R/U/D)
Color:
262K colors
Display Area:
95.04mm (W)×53.86mm (H)
Power Supply:
3.6~5.5V
Brightness:
200nit
Interface:
TTL
Working temperature:
-10C~60C

Warranty Information

All the products supplied by Evelta are genuine and original. We offer 14 days replacement warranty in case of manufacturing defects. For more details, please visit our cancellation and returns page.

Description

The 4.3 Inch COF Structure Touch Screen Model:DMG48270F043_01W (COF Series) features a 4.3-inch display with a resolution of 480x272 pixels and supports 262K colors. The screen adopts TN-TFT-LCD technology, providing a normal viewing angle. The COF structure is characterized by its light and thin design, offering cost-effectiveness and easy production. This touch screen is available with or without a resistive TP (touch panel) option. It comes with 50 pins interfaces, including IO, UART, CAN, AD, and PWM from the CPU core, facilitating easy secondary development. This touch screen is ideal for consumer applications with simple functions, operating in mild working environments and requiring substantial power consumption. Thickness 4.50mm.

Features:
  • 4.3-inch display with 480x272 pixels resolution
  • TN-TFT-LCD technology for normal viewing angle
  • COF structure for a light and thin design
  • Available with or without a touch panel (TP) option
  • 50 pins interfaces for easy secondary development
  • Suitable for consumer applications with simple functions
  • Operates effectively in mild working environments
  • Supports 262K colors for vibrant visuals
  • Cost-effective and easy to produce
  • Ideal for products with significant power consumption.
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