72V235L10TF8

FIFOs Memory Overview

The Renesas 72V235L10TF8 is a synchronous FIFO memory integrated circuit manufactured by Renesas Electronics. It features a storage capacity of 2048 words by 18 bits, providing a total depth and width configuration suitable for data buffering applications. The device operates with a maximum access time of 10 nanoseconds, supporting high-speed data transfer requirements in digital systems. It is housed in a 64-lead Low Profile Quad Flat Package (LQFP) designed for surface-mount technology.

FIFOs Memory Feature Summary

• Synchronous operation utilizing a single clock signal for read and write control.

FIFOs Memory Applications

• Data buffering between asynchronous system domains

FIFOs Memory Procurement Notes

Verify the specific suffix TF8 to confirm the package type and moisture sensitivity level before procurement. Confirm RoHS compliance status as it may vary by production batch or region. Check for End-of-Life notices or alternative part recommendations from the manufacturer to ensure long-term supply stability for the design.

FIFOs Memory Selection Notes

Select this component when a 2K x 18 word synchronous buffer is required with 10ns performance. Ensure the system voltage matches the device specifications. Consider the 64-LQFP footprint constraints during PCB layout. Verify that the application does not require dual-port or wider data bus capabilities found in other series members.

FIFOs Memory Part Context

This part belongs to the 72V235 series of synchronous FIFOs. It shares architectural similarities with other devices in the family but differs in speed grade and package options. The series is designed for general-purpose data buffering in embedded systems and industrial control applications requiring reliable synchronous data handling.

FIFOs Memory Replacement Considerations

Check for IDT72V235L10TF8 as a potential equivalent under previous branding. Verify pinout compatibility and electrical parameters against any proposed substitutes to ensure functional equivalence without redesigning the host circuitry.