Place of Origin:
Shenzhen, China
Brand Name:
Polcd
Certification:
RoHS, ISO9001
Model Number:
P020H017-IPS
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Product description:
The 2.0 inch TFT LCD is a versatile display technology that offers high resolution, accurate color representation, low power consumption, and a compact size. It is a popular choice for use in handheld devices like digital cameras, portable media players, and gaming devices.
Parameter:
Model | P020H017-IPS |
Screen Size | 2.0 inch |
Number of Pixel | 240RGB(H)x320(V) |
Display area | 30.60(H)x40.80(V)mm |
Pixel pitch | 0.0425(H)x0.1275(V)mm |
Outline Dimension | 35.92x52.74x2.40mm |
Pixel arrangement | RGB Vertical Stripe |
Pins | 20 Pins |
Display mode | Normally Black |
Viewing Direction(eye) | ALL |
Display Color | 262K |
Luminance(cd/m2) | 300 nit |
Contrast Ratio | 800:1 |
Interface | MCU 8BIT |
Back-light | LED Side-light type |
Drive IC | ST7789V |
Operation Temperature | -20~70℃ |
Storage Temperature | -30~80℃ |
Features:
High resolution: The 2.0 inch TFT LCD typically has a resolution of 320x240 pixels, which makes it capable of displaying high-quality images and text.
Color depth: It can display up to 262,144 colors, which allows for accurate color representation of images and videos.
Low power consumption: The TFT LCD technology used in the 2.0 inch screen typically has low power consumption, which is important for devices that run on battery power.
Wide viewing angle: The 2.0 inch TFT LCD typically has a wide viewing angle, which means that the screen can be viewed clearly from different angles without distortion or color shifting.
Compact size: The 2.0 inch TFT LCD is a small display screen, making it well-suited for use in handheld devices like digital cameras, portable media players, and gaming devices.
Backlight: The 2.0 inch TFT LCD is often designed with a backlight to improve visibility in low-light conditions, making it suitable for use in various lighting environments.
Touchscreen:Some 2.0 inch TFT LCD screens are designed with touchscreen capabilities, allowing for user input and interaction with the device.
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