NM24C04LEM8

Memory onsemi NM24C04LEM8 Overview

The Memory onsemi NM24C04LEM8 is an integral component in the electronic landscape, designed to meet the rigorous demands of data storage and management. This EEPROM (Electrically Erasable Programmable Read-Only Memory) IC provides a robust 4 Kbit storage capacity, making it an essential choice for applications requiring efficient, low-power data retention. Engineered to operate over a standard I2C interface with a 100 kHz clock frequency, the NM24C04LEM8 from onsemi offers reliability and performance in a compact 8SO package. Its versatility and endurance are tailored to support the critical needs of contemporary electronic systems, ensuring both scalability and precision.

NM24C04LEM8 Features

• 4 Kbit Storage Capacity: Sufficient for handling essential data without the overhead of larger, more complex memory devices.
• I2C Interface: Standard interfacing allows seamless integration with the majority of microcontrollers and processors in the market.
• 100 kHz Clock Frequency: Optimized for applications requiring moderate speed without compromising power consumption.
• Low-power Consumption: Ideal for battery-operated devices where power efficiency is crucial.
• Compact 8SO Package: Small footprint for devices where board space is at a premium.

NM24C04LEM8 Applications

• Smart Cards: Utilized in storing sensitive data securely, enhancing the functionality of personal identification and security systems.
• Consumer Electronics: Provides data memory for settings and user preferences in devices like TVs and remote controls, ensuring user-defined options are preserved.
• Medical Devices: Plays a critical role in storing configuration and calibration data, essential for the accurate operation of medical instruments.
• Automotive Applications: Employed in storing non-volatile data critical to various automotive settings, contributing to the vehicle's custom user experience and functionality.
• Industrial Automation: Helps in the smooth functioning of machinery by storing operational parameters, thereby reducing downtime and maintaining production efficiency.