Hx8872-c Datasheet ((better)) May 2026

The Himax HX8872-C is a high-performance Timing Controller (T-CON) or gate driver integrated circuit, primarily designed for managing TFT-LCD display panels. It is commonly used in consumer electronics like high-definition televisions, tablets, and smartphones to ensure high-quality image and video processing. Key Specifications Manufacturer: Himax Technologies, Inc.

4.4 Ghosting or Image Retention

This is often due to incorrect VCOM voltage calibration. The HX8872-C provides a VCOM output; you may need to adjust it via an external resistor divider (see datasheet section 7.3).

The Himax HX8872-C is a specialized TFT-LCD Gate Driver IC used primarily for image and video processing in electronic devices like smartphones, tablets, and automotive displays. While a full official PDF datasheet can be difficult to access directly without a manufacturer account, technical parameters and purchasing options are available through various industry suppliers. Technical Specifications hx8872-c datasheet

4.1 Incompatible Voltage Levels

The HX8872-C’s logic inputs are not 5V tolerant. Feeding it 5V from an Arduino Uno (without level shifters) will cause overheating and irreversible damage. Use 3.3V logic or bi-directional level converters.

The HX8872-C is suitable for a wide range of display applications, including: The Himax HX8872-C is a high-performance Timing Controller

Note: Be aware that some sources report a high "fake threat" (up to 61%) for this component in the open market, so sourcing from reputable, verified distributors is recommended. HX8872-C | In Stock | Utsource

Often requiring an external crystal oscillator for precise clock signals. Backlight Circuitry: To manage the illumination of the connected LCD. Support Components: While a full official PDF datasheet can be

Interface Block: Handles communication (possibly SPI, I2C, or parallel). Timing Generation: Syncs clock signals with the LCD panel. Signal Processing: Converts incoming data into RGB signals.

These differential interfaces allow the IC to receive high-bandwidth video data with exceptional electromagnetic interference (EMI) suppression. 3. Integrated Power Management