852911AVILF

Overview

The Renesas Electronics 852911AVILF is a clock buffer featuring nine HSTL output buffers. This component is designed for high-speed digital signal processing applications requiring precise clock distribution. The device operates with HSTL (High-Speed Transceiver Logic) standards, providing multiple outputs to drive downstream logic circuits. It is characterized for industrial temperature ranges and utilizes surface-mount packaging technology suitable for automated assembly processes in electronic manufacturing.

Feature Summary

• Nine-channel HSTL output buffer configuration
• Designed for high-speed clock distribution networks
• Surface-mount package construction

Applications

• High-speed data acquisition systems
• Industrial control equipment clocking
• Telecommunications infrastructure timing

Procurement Notes

This part number is officially discontinued by the manufacturer. Availability is restricted to remaining stock held by authorized distributors or third-party suppliers. Buyers should verify the authenticity of sources carefully due to the end-of-life status. Lead times may vary significantly depending on current inventory levels at resellers. Engineering samples are likely unavailable through standard channels.

Selection Notes

Designers requiring this specific nine-output HSTL buffer must consider alternative components from the same family or newer generations. Verify pin compatibility and electrical specifications against existing board designs. Check if updated versions offer improved performance or extended availability. Ensure that any substitute maintains the required HSTL voltage levels and drive strength for the target application.

Part Context

The 852911AVILF belongs to Renesas' broader portfolio of clock buffering and distribution solutions. These devices support complex digital systems where signal integrity and timing accuracy are critical. The AVILF suffix typically denotes specific packaging and environmental compliance characteristics within the product line.