CY14B101L-SP35XC

Memory Infineon Technologies CY14B101L-SP35XC Overview

The Infineon Technologies CY14B101L-SP35XC Non-Volatile Static RAM (NVSRAM) integrates a wealth of advanced features, designed to meet the high demands of modern industrial applications. Offering a robust 1Mbit capacity, this memory component utilizes parallel interfacing for rapid data transfer, packaged effectively in a 48-pin SSOP format. It is tailored for scenarios requiring frequent writes and high reliability, where data integrity and power loss safeguarding are critical. The CY14B101L-SP35XC is particularly notable for its superior design that ensures minimal power consumption while providing fast access times, making it an ideal choice for sophisticated electronics requiring compact, reliable memory solutions.

CY14B101L-SP35XC Features

This NVSRAM unit from Infineon Technologies is engineered with features that promote efficiency and durability. Key attributes include a wide voltage range, high data retention capabilities, and an auto-store feature upon power-down, backed by a real-time clock, which all together ensure seamless functionality and reliability across various applications.

CY14B101L-SP35XC Applications

• Industrial Automation: The CY14B101L-SP35XC can be used in programmable logic controllers (PLCs) and other automation equipment, where data integrity and fast access are crucial to control and monitor industrial processes efficiently.
• Medical Equipment: Ideal for use in medical monitoring systems, where precision and reliability are paramount. Its robust data retention capabilities ensure critical patient data is preserved, even in the event of power loss.
• Automotive: Utilized in automotive electronics such as engine control units and infotainment systems, where its durability and reliable performance are essential for the rigorous conditions typical in automotive applications.
• Networking: Applies to networking hardware like routers and switches, offering the required speed and reliability for managing, storing, and retrieving network data quickly and efficiently.