PI3HDX511FZLE

Specialized Overview

The PI3HDX511FZLE is a video interface integrated circuit manufactured by Diodes Incorporated. It is classified as an active HDMI Redriver designed to extend signal integrity over PCB traces or cables. The component utilizes a TQFN-40 surface-mount package for board integration. It supports high-speed digital video transmission standards, functioning as a signal repeater to compensate for channel loss. The device operates within standard industrial temperature ranges and is supplied in tape-and-reel packaging for automated assembly processes.

Specialized Feature Summary

• Active HDMI signal re-driving capability
• Supports DisplayPort dual-mode level translation
• Integrated DDC/AUX channel switching

Specialized Applications

• High-definition display interfaces
• Computer motherboard video outputs
• Docking station expansion ports

Specialized Procurement Notes

Verify the exact suffix against the manufacturer's current datasheet to confirm pinout compatibility and electrical specifications. Packaging quantities and lead times are subject to change; consult official distributor channels for real-time availability and ordering constraints before finalizing procurement plans.

Specialized Selection Notes

Select this component when HDMI signal integrity requires active amplification beyond passive equalization capabilities. Ensure the design accommodates the TQFN-40 footprint and thermal requirements. Verify that the system voltage levels match the device's input/output specifications for reliable operation.

Specialized Part Context

This part belongs to the PI3HDX series of specialized interface ICs from Diodes Incorporated. The series focuses on maintaining signal quality for high-bandwidth video protocols. Variants within the family differ primarily in package size, channel count, and specific protocol support configurations.

Specialized Replacement Considerations

Check for PI3HDX511EZLSEX or PI3HDX511DZLEX as potential functional equivalents. Confirm package dimensions and pin assignments match the existing layout before substitution.