AT25160N-10SI

Memory Microchip Technology AT25160N-10SI Overview

The AT25160N-10SI, an EEPROM (Electrically Erasable Programmable Read-Only Memory) IC from Microchip Technology, offers robust storage solutions for applications requiring data persistence and flexibility in memory management. This 16Kbit EEPROM uses SPI (Serial Peripheral Interface) for communication and operates up to a frequency of 3 MHz, packaged neatly in an 8SOIC format. Its reliable, low-power consumption design is ideal for embedding in advanced microcontroller-based systems where small form factor and data integrity are critical. The integration of this EEPROM allows devices to store and retrieve data quickly and efficiently, facilitating enhancements in performance and reliability, and is a quintessential choice for businesses looking to purchase in volume for their sophisticated electronics.

AT25160N-10SI Features

The AT25160N-10SI EEPROM features a 16Kbit capacity, high-speed SPI interface, and is operational up to 3 MHz, ensuring fast data access and streamlined performance. Its small 8SOIC package is perfect for space-constrained applications, while its low-power operation makes it suitable for battery-operated devices. The EEPROM's durability and ability to handle multiple write cycles make it a reliable choice for critical data storage needs.

AT25160N-10SI Applications

• Consumer Electronics: Utilized in settings such as smart appliances, where small, efficient data logging of user settings is crucial.
• Industrial Automation: In industrial environments, this EEPROM can handle essential parameters for process control systems, ensuring reliability and consistency.
• Automotive Systems: Serves in the storage of non-volatile data crucial for engine control units and other in-vehicle systems, enhancing performance and customization.
• Telecommunications: Used in network equipment for storing firmware and configuration data, facilitating updates and maintenance tasks efficiently.
• Medical Devices: Integral for storing calibration data and user preferences in various medical instruments, ensuring accuracy and personalized settings.