Hx8872-c Datasheet 'link' -

Place 0.1µF and 4.7µF ceramic bypass capacitors directly adjacent to every VDDcap V sub cap D cap D end-sub VDDIOcap V sub cap D cap D cap I cap O end-sub pin to filter high-frequency digital noise.

| Parameter | Specification | |---|---| | Common Output Formats | Mini-LVDS, RSDS | | Number of Outputs | Varies by panel resolution | | Timing Control | Gate driver enable signals, polarity inversion signals |

The HX8872‑C is now considered an obsolete or end‑of‑life (EOL) component, but it remains widely available through electronic component distributors and specialized marketplaces, often as new old stock or refurbished pulls from discarded T‑CON boards.

The chip includes built-in thermal protection circuits that trigger an automatic emergency shutdown if internal junction temperatures surpass 150°C. While the standard operating temperature spans from -40°C up to 85°C (with automotive grade variants supporting higher bands), proper copper thermal vias should be added beneath the QFP64 package layout to sink heat into the ground plane. Applications and Target Systems hx8872-c datasheet

The is a highly specialized integrated circuit (IC) manufactured by Himax Technologies, Inc. , designed mainly for high-quality video and image processing in TFT-LCD display panels. This compact component comes in a standard 64-pin TQFP package and acts as an efficient timing and display controller.

: Encapsulated in a QFP64 (64-pin Quad Flat Package). Core Features

The device incorporates built-in level shifters and shift registers. Place 0

Includes an internal resistor string that defines the gray-scale voltage levels. Hardware developers can fine-tune display contrast, brightness, and viewing angles by applying external reference voltages to the Gamma pins. 5. Critical Timing and Power Sequencing

The datasheet specifies that VDD (digital core) should rise before or simultaneously with VCI (analog). Violating this can cause latch-up. Use a power sequencer IC or ensure your PMIC respects this order.

Designed for low power consumption, typically around 2.0 mW @ 3V during operation. While the standard operating temperature spans from -40°C

into a PCB design or troubleshoot an existing display inverter board, engineers should account for the following discrete functional blocks: Power Management Block

operates within rigid electronic parameters to maintain signal integrity and prevent thermal failures. Engineering documents detail its primary operating thresholds as follows: Supply Voltage ( VDDcap V sub cap D cap D end-sub