CY14B104N-BA25XC

Memory Infineon Technologies CY14B104N-BA25XC Overview

The Memory Infineon Technologies CY14B104N-BA25XC is a cutting-edge non-volatile static random access memory (NVSRAM) device that ensures high reliability and performance. Engineered by Infineon Technologies, this memory component boasts a substantial 4Mbit storage capacity, ideal for applications requiring frequent or rapid data access. Its parallel interface facilitates swift data transfer rates, while the compact 48-ball fine-pitch ball grid array (FBGA) packaging makes it suitable for space-constrained applications. Its robust design enables data retention without external power, thereby providing critical data preservation in power-sensitive scenarios.

CY14B104N-BA25XC Features

This NVSRAM component features a 4Mbit capacity, which is organized for high-speed access and reliability. The parallel communication interface ensures compatibility with a broad range of microcontrollers and digital processors, enhancing system design flexibility. Its energy-efficient design minimizes power consumption during operation, making it an ideal choice for portable and power-conscious applications. The device's inherent non-volatility means it retains data even after power-off, eliminating the need for a battery in many applications.

CY14B104N-BA25XC Applications

• Industrial Automation: Utilized in PLC systems to ensure data integrity and quick access, enhancing process control and system reliability.
• Data Logging: Key component in fault-tolerant data storage systems, ensuring data is preserved in harsh environments or in case of power loss.
• Medical Devices: Integrated in medical monitoring systems to maintain critical patient data securely and reliably, even without power.
• Telecommunications: Used in communication equipment to store system configuration and state information, facilitating quick recovery and reliable operations.
• Gaming Systems: Deployed in gaming consoles to store game progress and user settings, offering enhanced user experience through quick data retrieval.