FT24C04A-KSG-B

Memory Fremont Micro Devices FT24C04A-KSG-B Overview

The Memory Fremont Micro Devices FT24C04A-KSG-B is an advanced 4Kbit EEPROM that offers robust performance with an I2C interface and a 1MHz frequency, all encapsulated in an efficient 8SOP package. Designed for high reliability and low power consumption, this memory solution from Fremont Micro Devices is ideal for applications requiring efficient data storage and retrieval without compromising on performance. The compact size and integrated features of the FT24C04A-KSG-B make it perfectly suited for a variety of demanding applications, ensuring both flexibility and durability in numerous industrial settings.

FT24C04A-KSG-B Features

The FT24C04A-KSG-B EEPROM offers several key features that make it highly versatile and suitable for numerous electronic applications. These include a 4Kbit memory size, an I2C interface that allows for easy integration into existing architectures, a high-speed operation up to 1MHz, and a small 8-pin SOP package that ensures minimal footprint on system boards. Additionally, its low power consumption makes it an eco-friendly choice for energy-conscious projects.

FT24C04A-KSG-B Applications

• Consumer Electronics: Used in devices such as televisions and audio systems for storing user settings and preferences, enabling a personalized user experience.
• Industrial Automation: Integral for configuration settings storage in sensors, controllers, and other automation equipment, enhancing operational reliability and customization.
• Medical Devices: Critical for storing calibration data and device configurations in medical diagnostic equipment, ensuring accuracy and compliance with healthcare standards.
• Automotive: Utilized in various electronic control units for storing critical configuration data that help improve vehicle performance and customization.
• Telecommunication: Applies in network equipment for storing firmware settings and operational parameters, crucial for maintaining system performance and upgradability.