Aktualności

Ⅰ. Basic content A 2.0-inch display screen refers to an LCD display with a diagonal length of 2.0 inches. Its aspect ratio is generally 4:3. Common resolutions are 128×160 pixels and 240x(RGB)x320 pixels. This kind of display screen usually uses wide viewing angle technology such as IPS or VA. It has the advantages of excellent […]

Ⅰ. Basic content The 1.77-inch TFT display is an active matrix liquid crystal display device in which each pixel is driven by a thin film transistor. This kind of display screen has the advantages of high definition, high brightness, and full viewing angle, and can provide users with clear and delicate image and text display

Ⅰ. Basic content The 1.54-inch TFT display is an LCD screen whose features include a high-density 220ppi and 240 x 240 pixel in-plane switching (IPS) display, full-angle viewing, communication using 4-wire SPI, and its own pixel-addressable frame buffer area, can be used with all types of MCUs, features ultra-low dropout 3.3V regulator and 3V or

Ⅰ. Basic content The 1.44-inch display is a liquid crystal screen with a resolution of 128×128 pixels and a size of 1.44 inches. It is an active matrix liquid crystal display. It has built-in ST7735S controller, optional touch screen, supports 8080 8-bit parallel interface and 3-wire and 4-wire serial interface, 65K/262K true color, FPC connection

Ⅰ. Basic content The 1.3-inch display is a liquid crystal screen with a resolution of 240×240 pixels and a size of 1.3 inches. It is an IPS TFT-LCD display. 1.3-inch display screens are usually manufactured using TFT (Thin Film Transistor) technology, which has the advantages of high definition, high brightness, and full viewing angle. At

A 2.4 inch TFT display is a type of LCD (Liquid Crystal Display) screen that measures 2.4 inches diagonally. TFT stands for Thin Film Transistor, which is a type of transistor used to improve the image quality of LCD screens. TFT displays are commonly used in electronic devices such as smartphones, digital cameras, and portable

I. Introduction The liquid crystal display (LCD) panel has become a common type of display in various electronic devices due to its lightweight, thin profile, and high image quality. To achieve these features, the LCD panel needs to have a driver IC that can control the pixels of the display panel accurately and reliably. In

I. Introduction The liquid crystal display (LCD) panel has become a common type of display in various electronic devices due to its lightweight, thin profile, and high image quality. To achieve these features, the LCD panel needs to have a driver IC that can control the pixels of the display panel accurately and reliably. In