KM68V1002CJ-15T

Memory IC Overview

The KM68V1002CJ-15T is a 1Mbit (128K x 8) Asynchronous Static RAM manufactured by Samsung Semiconductor. It utilizes low voltage CMOS technology for efficient operation. The device features a maximum access time of 15ns and operates within a standard temperature range. It is housed in a 32-pin TSOP package, providing a compact solution for memory storage applications requiring reliable data retention and fast read/write cycles.

Memory IC Feature Summary

• Asynchronous SRAM architecture for flexible system integration
• Low power consumption characteristics suitable for battery-operated devices
• Standard TTL compatible inputs and outputs

Memory IC Applications

• Personal computer memory systems
• Industrial control equipment
• Communication devices

Memory IC Procurement Notes

Verify the specific suffix 'T' against the official Samsung datasheet to confirm tape-and-reel packaging requirements. Ensure the operating voltage and temperature ranges align with your system design specifications before procurement. Cross-reference the pinout configuration with your PCB layout to prevent interface mismatches during assembly.

Memory IC Selection Notes

Select this component when a 128K x 8 organization is required with a 15ns speed grade. Consider the TSOP32 package for surface mount convenience. Evaluate power dissipation limits relative to your thermal management strategy. Confirm compatibility with existing address and data bus widths in the target application environment.

Memory IC Part Context

This part belongs to the Samsung KM68V series of low voltage static random-access memories. The series is designed for general-purpose memory applications where moderate speed and low power are prioritized. It represents an asynchronous solution distinct from synchronous DRAM or flash technologies.

Memory IC Replacement Considerations

Check for direct cross-reference part numbers from Samsung or other manufacturers offering identical 128Kx8 15ns specifications in TSOP32 packages. Verify electrical parameter equivalence to ensure seamless replacement without circuit redesign.