Microchip Technology's PIC24LC256-I/SM EEPROM

The PIC24LC256-I/SM is a high-performance, serial Electrically Erasable Programmable Read-Only Memory (EEPROM) device from Microchip Technology. This 256 Kilobit EEPROM offers a versatile storage solution for a wide range of applications that require low-power and high-endurance non-volatile memory storage.

Key Features

        
• Capacity: 256Kb (32,768 x 8-bit memory)
        
• Interface: I2C (Serial) interface, supporting standard and fast mode transfers
        
• Voltage Range: 2.5V to 5.5V operating voltage, which suits a wide variety of applications
        
• Temperature Range: Industrial temperature range (-40°C to +85°C), ensuring reliability under extreme conditions
        
• Packaging: Available in a compact SOIC (SM) package, suitable for space-constrained applications
        
• Write Protection: Hardware write protection for the entire memory array
        
• Endurance: High reliability with 1 million erase/write cycles and data retention of over 200 years
        
• Page Write: Capable of 64-byte page writes, facilitating efficient data handling
    

Applications

The PIC24LC256-I/SM is ideal for a variety of applications where reliable and durable non-volatile memory storage is crucial. It is commonly used in:

        
• Industrial controls
        
• Medical devices
        
• Automotive systems
        
• Smart cards
        
• Portable devices
        
• Data loggers
    

Why Choose PIC24LC256-I/SM?

Microchip Technology's commitment to quality ensures that the PIC24LC256-I/SM EEPROM provides a dependable storage solution for applications requiring non-volatile memory. Its low-power consumption, wide voltage range, and robust operating temperature make it a versatile choice for designers. The I2C interface facilitates easy integration into existing systems, while the hardware write protection feature adds an extra layer of security for critical data. Whether for industrial, automotive, or consumer electronics, the PIC24LC256-I/SM is designed to meet the rigorous demands of modern electronic applications.