Hx8872-c Datasheet - !!exclusive!!

The is a high-performance integrated circuit (IC) primarily designed as a display controller or timing controller (TCON), often utilized in driving liquid crystal displays (LCDs) for consumer and automotive electronics. Key Specifications & Features

The timing generation block requires a high-quality clock source. Communication lines, such as SPI (Serial Peripheral Interface), are used for initial configuration, register mapping, and setting the operating modes of the driver. Signal Processing and Output Stage

If you cannot find the official datasheet or your design fails, here are practical solutions:

Disclaimer: Specifications are based on generic industry documentation and should be verified with the official Himax datasheet for specific revision "C".

error margins to eliminate propagation delay skew across parallel bits. Power-Up Sequence Assert the I/O power rail ( VDDIOcap V sub cap D cap D cap I cap O end-sub Assert the digital core power rail ( VDDcap V sub cap D cap D end-sub of the I/O rail reaching stability. hx8872-c datasheet

Extremely efficient with a typical power draw of 2.0 mW at 3V and a maximum operating power of 1W .

This article provides an in-depth look at the specifications, key features, and typical applications. 1. Overview and Key Features of the HX8872-C

If you are currently developing an application circuit or debugging an issue with this controller, let me know if you need help with , specific timing diagram adjustments , or cross-referencing alternative part numbers . Share public link

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 The is a high-performance integrated circuit (IC) primarily

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The HX8872-C’s logic inputs are . 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 chip supports standard Low-Voltage Differential Signaling (LVDS) or Mini-LVDS.

A typical circuit configuration for the HX8872-C involves several critical components for stability: Microcontroller/Processor: Used to send display data to the IC. Timing Control: Signal Processing and Output Stage If you cannot

The HX8872-C is designed for high-definition (HD) applications and is commonly found in the electronics of TVs, tablets, and industrial monitors. Specification TQFP-64 or QFP-64 Supported Resolution Up to 1366 x 768 (HD) Interface (Input/Output) LVDS / mini-LVDS Supply Voltage (VDD) 2.3V to 3.6V (Typical 3.3V) Clock Frequency 25 MHz to 115 MHz Output Channels 240 Channels (Gate Driver functionality) Operating Temperature -20°C to +85°C Core Functionality & Features

Request the official PDF and I’ll fetch it for you. Having the exact part number and package (e.g., HX8872-C SOT-23-6) helps me retrieve the correct document.

Manufactured to meet rigorous consumer and industrial standards. 3. Application Areas

datasheet highlights several operational and electrical specifications tailored for power-sensitive and high-speed display modules: Specification Himax Technologies Display Type TFT-LCD Driver / Timing Controller Supported Resolution Up to HD (1366 x 768) Package Options TQFP-64 / QFN-48 Core Supply Voltage 2.3V to 3.6V (3.3V typical) Output Voltage Range 10V to 40V (for gate driving) Clock Frequency 30 MHz to 115 MHz Typical Interfaces LVDS or MLVDS / SPI Operating Temperature -20°C to +85°C 🧠 Core Architecture and Features

| Identifier | Type | |---|---| | HX8872-C030FCG | Complete part number | | HX8872C030FCG | Compact alternate coding | | HX8872-С | Russian variant notation | | HX8872-C010LAG-T | QFP-80 variant | | HX8872-E030FCG-T | Alternate variant |