2.4" TFT Display SPI Interface Display , ST7789 TFT Lcd Resistive
Touchscreen
Product Details
| Resolution: | 240 * 320 |
| Size: | 2.4 Inch |
| Viewing Direction: | 6 O'clock |
| TFT Mode: | TFT, Transmissive |
| Outline Size: | 42.72 Mm (W) X 60.26 Mm (L) X 2.6 (T) |
| Brightness: | 180Cd / M2 |
Product Description
| Item | Nominal Dimension | Unit |
| Dot Matrix | 240 x RGB x 320 | Dots |
| Module Size ( W×H×T ) | 42.72 (W) x 60.26 (L) x 2.6 (T) | mm. |
| Dot Pitch ( W×H ) | 0.153 (H) x 0.153 (V) | mm. |
| Interface | MCU or SPI | – |
| Operating temperature | -20 ~70 | ºC |
| Storage temperature | -30~80 | ºC |
| IC Drive | ST7789V or ILI9341V | – |
| LCD Mode | TN/IPS/Normal White | – |
| Backlight Type | 4 White LEDs in Parallel | PCS |
Basic parameters:
Diagonal 2.4 inches, common resolution 240×320, 16-bit color (65K
or 16.7M colors), brightness approximately 200–800 cd/m² (varies by
model), operating temperature -20℃~+70℃, storage temperature
-30℃~+80℃.
Interface and connection: Uses SPI interface (4-wire SPI: SCK,
MOSI, MISO, CS; some require DC, RST, backlight control pins), can
be directly connected to STM32, Arduino, ESP32, etc.
microcontrollers, with abundant development materials.
Driver chip: Uses ST7789/ST7789V driver chip, supports high-speed
refresh, color calibration and some display modes, enabling smooth
display and accurate colors.
Touch type: Resistive touch screen, through pressure sensing,
supports single-point touch, can be operated with gloves, suitable
for industrial, outdoor, etc. environments, but does not support
multi-point touch.
Form and installation: The module is compact, often equipped with
FPC flexible ribbon cable and pin/socket, facilitating embedding in
devices; some have installation holes for easy fixation.
Features: Low power consumption, fast response, bright colors,
compatible with CMOS input, configurable rotation/mirror display,
supports some display and deep standby to save power.
Typical applications:
Embedded human-computer interaction: Industrial control equipment,
smart home controllers, instruments and meters, for parameter
setting, status monitoring and operation interface.
Portable device display: Handheld game consoles, mobile data
terminals, handheld detectors, etc., small size, clear display.
Education and development: Single-chip microcontrollers,
STM32/ESP32/Arduino development teaching, learning graphical
interfaces and touch interaction programming, creative projects and
experimental devices.
IoT terminal display: As a display terminal for node devices,
displaying sensor data, device status, facilitating intuitive
viewing and remote control.
