Hx8872c Datasheet Page
Last updated: October 2025 — reflects datasheet revision 1.5.
For full electrical characteristics, including pin voltage ratings and timing diagrams, the official is often hosted on industry-standard portals.
(Note: HX8872C naming is used by multiple small IC manufacturers; exact parameters can vary. Use the manufacturer's datasheet for pinout, absolute maximum ratings, and typical performance curves.)
For engineers, repair technicians, and hobbyists, understanding the is crucial for circuit design, troubleshooting, and component replacement. This article provides a comprehensive overview of the HX8872C's specifications, pinout, and application guidelines. What is the HX8872C? hx8872c datasheet
Supports up to 30MHz , allowing for smoother animation handling and faster data transfer rates compared to legacy drivers.
Handles serial or parallel register communication (such as I2C or SPI variants) coming from the central microprocessor.
In active mode, the current consumption is low, typically around 10mA to 20mA, making it ideal for battery-operated devices or energy-conscious systems. Last updated: October 2025 — reflects datasheet revision 1
Converts image data into formats suitable for source driver input. 📋 Features and Capabilities
: Known as a pin-compatible upgrade to older legacy controllers (like the C108872), delivering better noise immunity and stability. 🛠️ Typical Applications
Signals when valid pixel data is present on the data lines. Control and Configuration Pins RESETB: Active-low hardware reset pin. Supports up to 30MHz , allowing for smoother
The HX8872-C is designed for efficiency and precision. Here are the core specs you need to know:
Stabilizes voltage for both the IC and the connected LCD. Interface Block: Manages data flow from the host system.
"Okay, let's see if you've still got it," Leo muttered, carefully soldering the 64 pins. He sent the initialization command sequence he'd found in a technical guide on AliExpress 0x00 for reset, then 0x01 to wake it up
The is an integrated circuit manufactured by Himax , primarily utilized as a Timing Controller (TCON) for Liquid Crystal Displays (LCDs). It serves as a critical interface component, managing the timing and synchronization of data between a system’s video source and the display panel. Core Specifications
