LCD TFT 4.0" ILI9486 with touch, reversed screen

This module is almost identical with LCD-2138. The only difference that LCD screen is rotated by 180°. Since that means that connector is from other side, also small inactive area is also on other side. That means - if You have case for LCD-2138 module few milimetr of screen can be covered (display orientation You can easily change in software).

Four inches with a touch :)

Large TFT LCD display based on the ILI9486 controller. Compared to the popular 2.4” model the active area of the screen is practically twice. As well as the resolution.

Communication with the screen takes place via the SPI interface. This is a big advantage compared to the parallel interface. For communication you need fewer pins of the microcontroller, which, as you know, we never have too many. There is also an SD card slot on the bottom of the display.

From an engineer’s perspective

• The display has a built-in voltage regulator, so it can be powered with 5V. If you intend to connect it directly to 3.3V, solder the jumper J1, thanks to which the voltage regulator U1 (XC6206) will be bypassed.
• The display works in 3.3V logic, so using it with 5V systems (like Arduino UNO) will require the use of a logic level converter.
• The screen backlight is controlled by the Q1 transistor (S8050), so a PWM signal can be used to control the brightness of the backlight.
• The order of the outputs is the same as in the 2.4” model. Putting this screen, in the old project, would require some changes in libraries (from ILI9341 to ILI9486). In some libraries like TFT_eSPI for ESP8266, it is enough to change from-DILI9341_DRIVER to -DILI9486_DRIVER.

Specification:

• Type: LCD TFT
• Model: MSP4022
• Display driver: ILI9486
• Touch driver: XPT2046
• Resolution: 480x320 px
• Active area: 55.68 x 83.52 mm
• Module PCB size: 61.74 x 108.04 mm
• Work temperature: from -20°C to 60°C
• Storage temperature: from -30°C to 70°C
• Supply voltage: from 3.3V to 5V
• IO Logic Level: 3.3V
• Stylus included

Links:

• More info about MSP4022 at lcdwiki.com