SIM225-A01-R32AWL-01

Series:	SIM225
Part Status:	Not For New Designs
Lead Free Status / RoHS Status:	--
Display Type:	TFT - Color
Moisture Sensitivity Level (MSL):	--
Display Mode:	Transmissive
Touchscreen:	Resistive
Diagonal Screen Size:	4.3" (109.22mm)
Viewing Area:	95.04mm W x 53.86mm H
Backlight:	LED - White
Dot Pixels:	480 x 272
Interface:	Parallel/Serial
Graphics Color:	Red, Green, Blue (RGB)
Background Color:	--
Dot Size:	--
Dot Pitch:	--

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Introduction to SIM225-A01-R32AWL-01

SIM225-A01-R32AWL-01 is a display module designed for a range of applications. It is a compact, lightweight module that has both an LCD (Liquid Crystal Display) and an OLED (Organic Light Emitting Diode) panel. This type of display module is known for its ability to display information in a more vivid, colorful and easy to read format.

Application Field of SIM225-A01-R32AWL-01

The SIM225-A01-R32AWL-01 is ideal for various applications. Due to the lightweight and compact design, it can easily be used in any type of device whether it is a smart phone, tablet, laptop, or other portable devices. It can also be used in medical, automotive, and industrial equipment where small display screens are needed with a high level of durability. The module’s OLED panel is also great for displaying intricate images since it provides a highly saturated level of color. This makes them suitable for gaming or virtual reality applications as well as home or professional monitors.

Working Principle of SIM225-A01-R32AWL-01

The way that the LCD and OLED panels on the SIM225-A01-R32AWL-01 work is by combining two technologies. First, the LCD panel provides a backlight which makes the display more visible and readable from different angles and under different lighting conditions. The OLED panel then provides a vibrant and colorful palette for displaying images and videos.The module’s LCD panel is powered by liquid crystal molecules, which are arranged between two electrical cells. When a voltage is applied to the cells, it causes the molecules to rearrange their positions and reflect a certain amount of light away from the display. This makes images and text on the display more clear and visible. The OLED panel is different in that it is composed of organic materials between two electrodes. When an electric current is applied, the materials emit light and produce different colors. For each image or word that appears on the screen, different colors and shades can be produced by the combinations of diff

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